How to scale your business with the Artec Ray II 3D scanner

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How to scale your business with the Artec Ray II 3D scanner

Unlocking growth across industries with the Artec Ray II 3D scanner

In today’s competitive landscape, scaling your business isn’t just about taking on more it’s about doing it more efficiently, faster, and with bigger margins that benefit you. The Artec Ray II 3D Scanner, a long-range LiDAR 3D scanner from xAI, is revolutionizing how industries operate by delivering precision, speed, and efficiency from up to 130 meters away. Whether you’re crafting industrial equipment, optimizing your plant layouts, designing aerospace components, shaping infrastructure, or solving forensic puzzles, this tool can transform your workflow. Let’s explore how the Artec Ray II 3D scanner boosts your profitability in manufacturing industrial equipment, floor plan measurements in manufacturing plants, aerospace, civil engineering and architecture, and forensics focusing on its ability to cut time, minimize mistakes, and supercharge efficiency.

 

Artec Ray II 3D scanner

 

 

Manufacturing industrial equipment: Precision meets profit with the Ray II

For businesses manufacturing industrial equipment think heavy machinery, turbines, or pumps scaling profitably means delivering faster without compromising quality. The Artec Ray II 3D Scanner captures up to 2 million points per second, creating detailed 3D models with metrology-grade accuracy in minutes, not hours. This speed slashes you’re prototyping and production timelines, letting you ship sooner and invoice faster. In addition, fewer delays mean higher throughput, bigger margins, and the ability to take on more business that grows your bottom line.

The real margin booster? Fewer mistakes. With high-resolution scans and scan-to-CAD integration via Artec Studio, you can reverse engineer parts or spot design flaws early, avoiding costly rework. Its portability also cuts time by bringing scanning onsite no need to ship components or halt your production. By reducing manual measurement errors and accelerating workflows, the Ray II drives efficiency, letting you take on complex, high-value projects while keeping overhead low. Scale your output, not your expenses.

 

Measuring floor plans in manufacturing plants: Efficiency that pays

Scaling a manufacturing plant hinges on optimizing space and workflows every square foot count toward your bottom line. Measuring floor plans manually is slow and error-prone, eating into margins with wasted time and miscalculations. The Artec Ray II 3D scanner changes that, mapping entire facilities with millimeter accuracy in hours, thanks to its long-range capability and top-tier angular precision.

This speed cuts planning time dramatically think days turned into hours freeing you to reconfigure layouts or plan expansions without downtime. Accurate digital twins reduce mistakes like equipment misplacement or workflow bottlenecks, saving on costly fixes that could slow you down. Efficiency soars as you simulate changes virtually, ensuring every adjustment maximizes productivity. For growing businesses like yours, this means higher margins through faster turnarounds and leaner operations more output, less waste, and the ability to scale capacity profitably.

 

3D scanning floor plans in a manufacture

 

Aerospace: Soaring margins with 3D scanning precision

In aerospace, where precision is non-negotiable, scaling profitably requires balancing speed with flawless execution something you likely demand every day. The Artec Ray II 3D scanner excels, scanning massive objects like aircraft fuselages with submillimeter accuracy in hours instead of days. This rapid turnaround cuts your inspection and design validation time, letting you meet tight deadlines and bill clients sooner boosting your cash flow and margins.

Its precision eliminates errors that could ground a project think misaligned components or undetected wear. Fewer mistakes mean less rework, saving you on labor and materials while keeping schedules intact. Efficiency spikes as engineers analyze high-quality 3D data faster, iterating designs with agility. Pair it with other Artec scanners for hybrid workflows, and you’ve got a streamlined process that scales your output without scaling your costs. Secure more contracts, deliver on time, and watch your margins climb.

 

Civil engineering and architecture: building profits smarter

As for civil engineering and architecture, scaling means delivering standout projects without budget overruns a goal you’re probably chasing. The Artec Ray II 3D scanner makes it happen, scanning bridges, tunnels, or skyscrapers with world-class precision in a fraction of the time traditional surveys take. Faster data collection hours instead of days—cuts your labor costs and keeps your projects on track, directly enhancing margins.

Accuracy is the mistake-killer here. Detailed 3D models prevent errors in design or construction like misjudged supports or clashing systems saving you thousands in rework. Efficiency shines through digital twins, streamlining collaboration and planning. Need to renovate a historic site or layout a new infrastructure project? The Ray II’s portability and remote scanning (via the Artec Remote App) eliminate delays from hard-to-reach areas. By slashing timelines and boosting precision, you can take on bigger jobs, deliver superior results, and grow profitably.

 

Forensics: Solving cases with clarity

In forensics, every detail matters whether you’re reconstructing a crime scene, analyzing evidence, or presenting findings in court. Scaling your forensic business means handling more cases with greater reliability, and the Artec Ray II 3D scanner is built for it. Its ability to rapidly scan large scenes like a vehicle or building with submillimeter accuracy creates tamper-proof 3D records that stand up to scrutiny.

The advantage lies in its efficiency and detail. Traditional methods like photography or tape measures can’t match the Ray II’s 3D scanner speed or depth. A single scan captures everything from tire tracks to structural damage, preserving evidence in a digital format that’s easy to analyze or share perfect for your needs. For growing forensic firms, this means faster case turnarounds and a reputation for cutting-edge work. Plus, the scanner’s lightweight design and remote capabilities let investigators work in tight or hazardous spaces without compromise. Scaling here isn’t just about volume it’s about credibility, and the Ray II 3D scanning system delivers both for you.

 

Forensics 3D scanning

 

 

Why the Artec Ray II is your  margin multiplier?

Across these industries, the Artec Ray II 3D scanner isn’t just a scanner it’s your profit engine. Not only does its portability cuts time by bringing precision onsite, no logistics required, but is also able to capture millions of points quickly slashes your project timelines, letting you deliver more with less effort. Furthermore, its accuracy eliminates costly mistakes, from design flaws to layout errors, preserving your budget. And, its versatility, syncing with tools like Artec Studio, tailors efficiency to your needs.

Scaling profitably means trimming fat while boosting value. The Ray II 3D scanner reduces your labor costs by automating slow manual tasks. It minimizes rework by catching issues early. It enhances your margins by enabling faster, higher-quality deliverables letting you command premium rates or secure bigger deals. From manufacturing to architecture, this tool future-proofs your business with data-rich 3D models that drive smarter decisions. In 2025, it’s your edge for cutting time, reducing errors, and scaling efficiently.

 

Ready to boost your margins?

The Artec Ray II 3D scanner is your key to growth. Dive in, and watch your business thrive. Curious about how 3D scanning could fit into your work? Contact our experts and they will help you with any request you may have.

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    Eiger.io: Unlocking the Full Potential of Industrial 3D Printing

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    Eiger.io: Unlocking the Full Potential of Industrial 3D Printing

    Imagine having a manufacturing assistant that not only slices your parts but also optimizes strength, reduces material waste, and seamlessly integrates into your workflow. Whether you’re an engineer designing custom aerospace brackets, a manufacturer producing strong, lightweight end-use parts, or an operations manager overseeing a fleet of industrial 3D printers, Eiger.io is designed to work for you. More than just a slicer, Eiger.io is a complete industrial 3D printing platform. It offers advanced simulation, real-time analytics, and an open API that allows you to automate and optimize production.

     

    Let’s dive into how you can take full advantage of Eiger’s industrial 3D printing capabilities.

     

     

    1. The Slicer: More Than Just G-Code for Industrial 3D Printing

    If you’ve ever struggled with getting the perfect balance of strength and weight in your industrial 3D-printed parts, you’ll love what Eiger can do. Unlike generic slicers, Eiger is built specifically for Markforged’s high-performance industrial 3D printers, giving you intelligent control over fiber reinforcement and part strength.

     

     

    Real-World Example: Reinforcing an Industrial Robotic Arm Bracket

    Say you’re designing a robotic arm bracket for an industrial 3D printing application that needs to be both strong and lightweight. With traditional 3D printing, you might print it solid for strength, making it heavy and material-intensive. But with Eiger’s fiber reinforcement controls, you can strategically add carbon fiber layers along the bracket’s stress points, matching the strength of aluminum while keeping the weight low.

     

    • Continuous Fiber Reinforcement: Place carbon fiber, Kevlar, or fiberglass in key areas for superior strength.
    • Smart Layering: Adjust fiber placement per layer to reduce weight without compromising durability.
    • Cloud-Based Industrial Slicing: Upload, slice, and print from anywhere which is perfect for remote teams or multi-location industrial operations.

     

    Industrial Robotic Arm

     

     

    What Makes Eiger’s Metal X System Ideal for 3D Printing?

    Eiger also streamlines metal 3D printing, taking the guesswork out of shrinkage and sintering. If you’re printing stainless steel tooling components or heat-resistant industrial brackets, Eiger ensures dimensional accuracy by automatically compensating for material transformations before you print.

     

    With these tools, you’re not just slicing. You’re engineering optimized industrial 3D printing solutions for real-world applications.

     

     

    2. Simulation & Optimization: Smarter Industrial 3D Printing

    Ever printed an industrial part only to find it breaks under load? Or wasted material on unnecessary trial-and-error iterations? Eiger eliminates the guesswork with built-in simulation and optimization tools, allowing you to predict how your industrial 3D-printed parts will perform before printing.

     

     

    Simulation Tool

     

     

    Real-World Example: Optimizing an Industrial Automotive Fixture

    Imagine you’re designing a custom industrial fixture for an automotive assembly line. The part needs to withstand repetitive force but stay lightweight to avoid adding stress to robotic arms. Instead of printing multiple prototypes, you use Eiger’s simulation tools to:

     

    • Apply Real-World Industrial Forces: Virtually test how the fixture holds up under repeated loads.
    • Identify Weak Points: See where your design might fail before printing.
    • Auto-Optimize Fiber Placement: Adjust reinforcement only where needed, reducing print time and material use.

     

    Result? You print a first-time-right industrial fixture that is stronger, lighter, and optimized for production without wasting time and materials on failed prints.

     

    By leveraging Eiger Simulation, you reduce costly design iterations, improve part reliability, and ensure parts perform as expected right out of the industrial 3D printer.

     

     

     

    3. Custom Analytics & Open API: Industrial 3D Printing at Scale

    When you manage industrial 3D printing in an industrial manufacturing setting, you don’t just need a slicer. You need full visibility and automation. Whether you’re responsible for a single production line or a global fleet of industrial 3D printers, Eiger provides custom analytics and API integrations to give you complete control.

     

    Use Case: Fleet Management in an Industrial 3D Printing Production Environment

     

    You’re managing five industrial Markforged 3D printers across multiple locations. Instead of manually tracking print jobs, materials, and machine maintenance, Eiger provides a centralized dashboard that lets you:

     

    • Monitor all industrial 3D printers in real time: Know exactly which printers are running, which are idle, and what’s in the queue.
    • Automate Industrial 3D Print Job Submission: Set up an automated workflow where your ERP system submits print jobs when inventory is low.
    • Track Material Usage & Costs for Industrial 3D Printing: Get detailed reports on how much Onyx, carbon fiber, or metal filament is used, helping you manage budgets.

     

     

    Estimated Cost Savings

     

     

    Open API: Fully Integrated Industrial 3D Printing Manufacturing

    Eiger’s Open API takes automation even further by allowing you to integrate industrial 3D printing with existing manufacturing systems.

     

    Example: Just-in-Time Industrial Production for Spare Parts

     

    A factory maintenance team needs to replace a custom industrial sensor mount, but ordering one would take weeks. With an API-connected inventory system, Eiger can automatically detect low stock and trigger a print job, producing the part on-demand, in-house, within hours.

     

    With this kind of integration, industrial companies can:

     

    • Reduce downtime by automating spare part production using industrial 3D printing.
    • Eliminate unnecessary stock by printing industrial 3D-printed parts only when needed.
    • Ensure consistency by pulling validated industrial 3D printing settings directly from their ERP system.

     

    With Eiger.io’s analytics and open API, you’re not just printing—you’re optimizing an entire industrial 3D printing ecosystem.

     

     

    Printed Car Part

     

     

    Why Eiger.io is Built for Industrial 3D Printing Professionals?

    No matter what industry you’re in aerospace, automotive, robotics, defense, or industrial manufacturing Eiger.io is built to make your industrial 3D printing smarter, stronger, and more efficient.

     

    If you are a…

     

    • Design engineer needing high-performance industrial 3D-printed end-use parts → Eiger gives you fiber-reinforced strength with lightweight efficiency.
    • Production manager running multiple industrial 3D printers → Eiger lets you monitor, automate, and optimize print operations.
    • Manufacturer looking to integrate industrial 3D printing → Eiger’s API connects 3D printing with ERP and MES systems for seamless production planning.

     

    Eiger.io: Your Industrial 3D Printing Powerhouse

     

    • Cloud-Based Industrial 3D Printing Convenience: Slice, print, and manage jobs from anywhere.
    • Advanced Fiber Control for Industrial Applications: Reinforce parts for aluminum-like strength.
    • Smart Simulation & Optimization for Industrial 3D Printing: Reduce failures and material waste.
    • Powerful Analytics & API for Industrial Manufacturing: Automate workflows and gain deeper insights.

     

    With Eiger.io, you’re not just printing. You’re engineering, optimizing, and scaling industrial 3D printing for the future.

     

     

     

    Ready to see how Eiger.io can transform your industrial 3D printing workflow?

    What specific challenges are you facing in your industrial 3D printing process? Contact us to explore how Eiger can help you print better, work smarter, and scale faster.

     

     

    Photo de l'auteur

    Alexandre Gosselin

    Director of Additive Manufacturing and Scanning Services

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      How to Optimize CNC Programming with NC Shop Floor Programmer on the 3DEXPERIENCE Platform

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      How to Optimize CNC Programming with NC Shop Floor Programmer on the 3DEXPERIENCE Platform

      Streamline CNC Programming with NC Shop Floor Programmer

      Efficiency drives success in today’s manufacturing landscape, where competition demands precision and speed. The NC Shop Floor Programmer role on the 3DEXPERIENCE platform is a powerful solution that helps manufacturers meet these demands. By enabling you to create optimized NC programs tailored for a wide range of operations, such as milling and toolpath creation, this role ensures accurate machining while reducing production delays and the risk of unexpected issues.

      Its features are not limited to creating efficient workflows—they also provide unmatched accuracy in toolpath simulation and program validation. With the ability to seamlessly handle complex NC machine operations, Shop Floor Programmer becomes an essential asset for anyone looking to streamline production and reduce costs.

       

      What Is NC Shop Floor Programmer on the 3DEXPERIENCE Platform?

      Shop Floor Programmer is a specialized role within the 3DEXPERIENCE platform designed to enhance CNC programming processes. It empowers concurrent engineering, allowing multiple teams—such as design, programming, and manufacturing—to collaborate in real time on a single platform.

       

      A generatively designed metal part displayed on a computer screen within the 3DEXPERIENCE platform, with a factory environment in the background.

       

      By integrating seamlessly with SOLIDWORKS and other DELMIA roles, Shop Floor Programmer connects stakeholders across your entire organization, ensuring that changes in CAD designs are instantly reflected in NC programs. This integration eliminates the need for redundant workflows, accelerates time-to-market, and protects intellectual property through centralized data management.

      For manufacturers looking to optimize their product development and machining processes, Shop Floor Programmer delivers a streamlined and scalable approach to modern CNC programming.

       

      How Does NC Shop Floor Programmer Simplify Setup?

      Setting up CNC operations has traditionally been a complex and time-intensive process. Shop Floor Programmer simplifies this with its intuitive graphic dialog boxes and machining operation definition panel, which guide you through the setup process step-by-step. By presenting options in a user-friendly interface, the tool eliminates guesswork, reduces errors, and ensures that even less experienced users can achieve optimal results.

      One of its standout features is automatic feature recognition, which identifies machining features such as pockets, holes, and contours directly from the CAD model. This significantly reduces programming time and ensures precise machining, all while maintaining the highest levels of accuracy.

      Additionally, the help icon provides immediate, contextual assistance making it easier to troubleshoot challenges or learn new workflows. This combination of user-friendly tools and on-demand support ensures that Shop Floor Programmer is accessible to users of varying skill levels while delivering the precision required in high-stakes manufacturing.

       

      Optimizing Toolpaths with Machine Simulation

      In CNC programming, ensuring that toolpaths are error-free before production is critical to avoiding costly mistakes and delays. Shop Floor Programmer leverages machine simulation to empower programmers to validate toolpaths in a realistic virtual workplace, replicating the exact conditions of the tool’s physical environment.

       

      A looping animation showcasing the interface and capabilities of the NC Shop Floor Programmer within the 3DEXPERIENCE platform.

       

      This feature provides a comprehensive visualization of machining operations, allowing you to check for potential collisions, unnecessary tool movements, or inefficiencies in the cutting process. For example, validating the behavior of a cutter tool assembly ensures that it interacts correctly with the workpiece setup and machine components. By addressing potential issues during the programming stage, your teams can dramatically reduce the likelihood of production delays caused by unforeseen complications.

      Additionally, machine simulation supports NC accessories like fixtures and clamps, ensuring that all components are accounted for during toolpath validation. This results in a safer, more reliable manufacturing process that minimizes scrap and maximizes throughput. The ability to simulate various scenarios also empowers you to optimize cutting strategies, achieving a perfect balance of speed and precision.

       

      Milling Operations

      Milling is one of the most intricate operations in CNC machining, requiring precise control over machine movements and cutting strategies. Shop Floor Programmer excels in this domain, offering a suite of advanced tools designed to simplify and enhance milling operations.

      Key features include precise control over machine rotations, which is essential for achieving high-quality finishes and maintaining tolerances in complex geometries. This level of control lets you handle intricate toolpaths with ease, ensuring that the final product meets your exact specifications.

      The role’s seamless integration with NC machines ensures that programs are compatible with a wide variety of equipment, from basic 2.5-axis setups to advanced multi-axis milling centers. This flexibility allows teams to adapt Shop Floor Programmer to their specific production needs, making it an invaluable tool for both small shops and large-scale manufacturers.

      Beyond programming capabilities, Shop Floor Programmer also supports efficient tool changes, reducing machine downtime and ensuring uninterrupted workflows. With its robust features and intuitive interface, the role lets you optimize every aspect of your milling process, from toolpath simulation to final production, improving productivity and reducing costs.

       

      Benefits of Using a Single Platform

      Working on a single platform like the 3DEXPERIENCE platform offers a host of benefits, including:

      • Data management: Ensure intellectual property remains secure while providing real-time updates.
      • Collaboration: Empower the entire organization to work together, from product development to machining.
      • Scalability: The platform accommodates both small teams and large operations.

       

      Best Practices

      To fully leverage Shop Floor Programmer, follow these best practices:

      • Use automatic feature recognition to save time during programming.
      • Validate toolpath programs using machine simulation to reduce errors.
      • Regularly update documentation to reflect design changes and adjustments to parameter settings.

       

      A CNC machine operating on a large metal sheet in a high-tech manufacturing facility, showcasing precise toolpath execution.

       

      How Does Toolpath Simulation Improve Accuracy?

      Toolpath simulation enables teams to visualize machining operations in detail. By simulating the tool’s physical environment, users can address potential issues with NC machine operations before production, minimizing the risk of unexpected issues.

       

      DELMIA Integration

      NC Shop Floor Programmer integrates seamlessly with DELMIA applications, ensuring that ERP systems and machining teams are aligned. This integration supports better documentation, enhances the accuracy of tool assemblies, and ensures the smooth execution of NC programs.

       

      CNC Machining

      Whether you’re programming for CNC machines or managing cutter configurations, Shop Floor Programmer excels in creating efficient, error-free processes. Its features allow you to optimize setup time while improving the quality of your machining results.

       

      Handling SOLIDWORKS Design Changes

      One of the standout features of Shop Floor Programmer is its ability to adapt to design changes seamlessly. When updates occur in CAD models, the tool automatically adjusts toolpath programs, keeping processes aligned and error-free.

       

      Documentation and Stakeholder Collaboration

      Shop Floor Programmer simplifies documentation for machining teams. By centralizing information on the 3DEXPERIENCE platform, it ensures all stakeholders have access to up-to-date, actionable data, improving communication across the entire organization.

       

      Final Thoughts: How to Optimize CNC Programming with NC Shop Floor Programmer

      In an industry where precision, efficiency, and adaptability are paramount, NC Shop Floor Programmer on the 3DEXPERIENCE platform stands out as a transformative solution. By uniting powerful tools for machining, toolpath simulation, and milling within a single, integrated platform, it addresses the core challenges faced by manufacturers today.

      Seamlessly connect NC programmers, designers, and stakeholders, fostering collaboration across your entire organization. This integration ensures that design changes are automatically reflected in machining operations, eliminating the risk of miscommunication and reducing production delays. Additionally, the tool’s advanced features, such as automatic feature recognition and realistic virtual workplace simulation, empower you to optimize your workflows and achieve error-free results.

      Whether it’s simplifying workpiece setup, enhancing toolpath programs, or integrating with existing NC machines, the NC Shop Floor Programmer role on the 3DEXPERIENCE platform provides a comprehensive, scalable solution tailored to modern manufacturing needs. With this role, manufacturers can transform their approach to CNC programming, unlocking new levels of precision and efficiency.

      Ready to take the first step toward optimized manufacturing?—Reach out and discover the power of NC Shop Floor Programmer on the 3DEXPERIENCE platform today!

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        3DEXPERIENCE Marketplace: Transforming Supply Chains

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        3DEXPERIENCE Marketplace: Transforming Supply Chains

        The 3DEXPERIENCE Marketplace is revolutionizing supply chain management by offering businesses seamless access to on-demand manufacturing. Whether you’re sourcing CNC machining, injection molding, or sheet metal services, this powerful app empowers businesses to simplify procurement, enhance productivity, and access a global network of industrial manufacturing service providers.

         

        A SOLIDWORKS CAD interface showing a detailed mechanical assembly alongside the 3DEXPERIENCE Marketplace task pane, highlighting the options for on-demand manufacturing services.

         

        What is the 3DEXPERIENCE Marketplace?

        The 3DEXPERIENCE Marketplace is an app on the 3DEXPERIENCE platform developed by Dassault to support the full product innovation process. It enables production planners and engineers to source industrial manufacturing service providers for tasks like CNC, printing, and finishing.

         

        Why Choose the Marketplace for Your Supply Chain Management?

        • Access a broad range of services, including CNC machining and injection tasks.
        • Work with vetted qualified suppliers under a secure NDA.
        • Benefit from streamlined communication via integrated email and messaging tools.

         

        How Does the Marketplace Streamline Supply Chains?

        Through a user-friendly task pane built directly into your familiar SOLIDWORKS CAD environment, the platform allows instant connection to a vast network of service providers. By centralizing the entire process within one platform, businesses can manage everything from rapid ideation to production without leaving their design environment. For instance, you can submit project requirements, review quotes, and finalize orders—all within a streamlined workflow. This reduces delays, ensures clear communication, and accelerates the transition from concept to product.

         

        Two engineers collaborating in a modern manufacturing environment, with one using augmented reality glasses to visualize a 3D digital model of a component in front of a manufacturing machine.

         

        The Marketplace also fosters collaboration with qualified suppliers who specialize in various manufacturing processes, including printing and finishing. These capabilities allow production planners to focus on innovation rather than logistics, transforming the traditional supply chain into a faster, more efficient system.

         

        Key Features of the 3DEXPERIENCE Marketplace

        • On-Demand Manufacturing for Production Planners: Easily source industrial manufacturing service providers for small or large projects.
        • Connecting with Qualified Suppliers: Find the best partner for your specific project, from sheet metal to finishing.
        • End-to-End Support for Every Workflow: From rapid ideation to the final product, enjoy a smoother workflow.

         

        Enhancing Your Supply Chain

        For companies seeking to optimize their supply chain management, the 3DEXPERIENCE Marketplace is a game-changer. It delivers unmatched access to on-demand manufacturing, vetted qualified suppliers, and tools to streamline every stage of the process.

         

        Accessing On-Demand Manufacturing

        By connecting users to a global network of qualified suppliers, the platform ensures access to reliable service providers for a variety of manufacturing needs. Its integrated features simplify the sourcing process by enabling direct communication and file sharing with potential suppliers. This reduces the risk of delays and miscommunication, while secure agreements such as NDAs protect your intellectual property.

        Whether you’re a startup looking for your first good company to partner with or a large enterprise aiming to streamline your supply chain, the 3DEXPERIENCE delivers unparalleled convenience, speed, and reliability.

         

        Conclusion

        The 3DEXPERIENCE Marketplace redefines how businesses approach supply chain management, offering seamless access to on-demand manufacturing, a wide range of services, and a trusted network of service providers. By integrating key features such as task pane workflows and secure communication, it ensures smooth collaboration across the full product innovation process.

        Ready to transform your supply chain? Reach out to our 3DEXPERIENCE experts to get started!

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          SOLIDWORKS PDM vs. PLM on the 3DEXPERIENCE Platform

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          SOLIDWORKS PDM vs. PLM on the 3DEXPERIENCE Platform

          While Product Data Management (PDM) and Product Lifecycle Management (PLM) may sound similar, they serve different roles within the design journey. PDM focuses on managing and securing CAD files, making it easier for design teams to stay organized. PLM, on the other hand, supports full lifecycle management from concept through to production, bringing together departments like engineering, marketing, and manufacturing within a unified, cloud-based environment.

          In this article, we’ll explore SOLIDWORKS PDM vs. PLM on the 3DEXPERIENCE platform and how each addresses specific needs, from basic data management tools to a comprehensive framework for collaborative project management. By understanding the capabilities of each, your team can make an informed decision on which solution is the best fit.

           

          What Are PDM and PLM?

          Product Data Management and Product Lifecycle Management systems both offer essential solutions for organizing and managing information, but they serve different purposes within the product lifecycle. PDM focuses primarily on managing CAD files, while PLM provides a more comprehensive approach, supporting the full lifecycle management of products from initial design to production all the way through retirement. Let’s break down how these systems differ and how each benefits product design and engineering teams.

           

          Benefits for Data Control

          SOLIDWORKS PDM is an ideal solution for CAD environments. It provides a secure place to store files, ensuring safe concurrent designs among team members. Through features like version control, file locking, and workflows, you can maintain consistency across projects, making it a good choice for CAD-heavy teams that need to stay organized.

           

          How Does PLM Differ From PDM?

          While PDM is designed to manage CAD files and engineering information, PLM systems expand beyond the design department. PLM solutions, especially on the 3DEXPERIENCE platform, cover the product lifecycle management needs of various departments, supporting collaboration among project managers, marketing, manufacturing, and sales. With PLM, teams can track key milestones, dependencies, and delivery dates, ensuring everyone in the organization has visibility into the project planner.

           

          Can They Be Used Together?

          Absolutely, both system types can be complementary. Many organizations use SOLIDWORKS PDM for managing CAD-heavy data and PLM for broader lifecycle management of product data. This combination is especially valuable in complex projects where design data must seamlessly transition into the manufacturing process.

           

          SOLIDWORKS PDM vs. PLM on the 3DEXPERIENCE Platform: Which One Should You Choose?

          The choice between SOLIDWORKS PDM vs. PLM on the 3DEXPERIENCE platform depends on your organization’s needs. PDM is ideal for managing CAD files and design data among users who rely on SOLIDWORKS PDM Professional. On the other hand, PLM supports the lifecycle management of product data and is a better fit for organizations requiring a data management system that integrates every department involved in the manufacturing process.

           

          Licensing Options

          SOLIDWORKS PDM offers licensing based on the SOLIDWORKS subscription service model, which works well for smaller teams that need essential data management capabilities. The 3DEXPERIENCE platform provides scalable options, suitable for larger teams requiring collaboration across multiple roles, including project managers, engineers, and even remote teams.

          Feeling a little lost? We totally get it. But, fear not! We’re here to help, every step of the way. Reach out to our dedicated teams to know more, or to get personalized advice on how to implement your ideal data management solutions!

           

          PDM on the 3DEXPERIENCE Platform

          For SOLIDWORKS users who want to stay within a familiar environment, PDM on the 3DEXPERIENCE platform is a logical step. It supports file organization within a secure place, with version control and flexible workflows for enhanced collaboration. Accessible through a web browser, this setup allows for real-time interactions among team members, ensuring everyone works on the latest data.

           

          Enhancing Collaboration Beyond Design

          The 3DEXPERIENCE platform goes beyond traditional product data management by providing a collaborative data environment. With tools like the Collaborative Industry Innovator and Collaborative Business Innovator role, the platform enables teams to connect across departments. This environment fosters a collaborative experience for project managers, product release engineers, and team leaders alike, providing visibility into all aspects of the product development process.

           

          Key Advantages of 3DEXPERIENCE for Product Design Teams

          The 3DEXPERIENCE platform offers cloud-based data management tools that allow for real-time collaboration across team members. With dashboards for project tracking, workflows for approvals, and flexible server access, teams can work together efficiently, regardless of location.

           

          Why Consider Switching to PLM on the 3DEXPERIENCE Platform?

          Switching to the 3DEXPERIENCE platform can improve collaboration by creating an interconnected environment for product lifecycle management. This platform enhances the flow of collaborative data and integrates tools such as the Project Planner and Collaborative Industry Innovator, offering best practices for organizations looking to improve delivery dates and enhance visibility into projects.

           

          SOLIDWORKS PDM vs. PLM on 3DEXPERIENCE for Different Industries

          SOLIDWORKS PDM is particularly well-suited for small-to-medium engineering teams that prioritize CAD-focused file management, version control, and workflow automation within a secure environment. It enables these teams to streamline design processes and collaborate effectively on CAD data.

          On the other hand, PLM on the 3DEXPERIENCE platform extends beyond CAD data management, offering a comprehensive solution for industries like automotive and aerospace where complex project requirements demand robust collaboration and visibility across all departments.

           

          Does PLM Improve Product Lifecycle Traceability?

          Yes, PLM significantly enhances product lifecycle traceability by providing a centralized platform that connects all stages, from initial design through to production and beyond. Teams can monitor key milestones, dependencies, and revisions, enabling complete visibility over the product’s evolution. This comprehensive tracking helps stakeholders stay aligned on project goals, maintain version control, and ensure timely decisions. For industries with stringent regulatory requirements, PLM is invaluable as it consolidates compliance data, audit trails, and documentation, making it easier to meet standards and demonstrate accountability throughout the product lifecycle.

           

          What Role Does SOLIDWORKS or CATIA Play?

          Both SOLIDWORKS and CATIA play essential roles within Product Lifecycle Management by supporting detailed design and engineering processes. CATIA, as a core application on the 3DEXPERIENCE platform, is especially suited for industries like aerospace and automotive, where complex 3D modeling and simulation capabilities are critical.

          Meanwhile, SOLIDWORKS offers intuitive design tools that, when connected with PLM, empower teams to efficiently organize, share, and evolve their designs in line with project goals and regulatory requirements. Both solutions enrich your lifecycle environment by enhancing visibility and traceability throughout product development.

          For more information on CATIA or to get started on your next advanced engineering project, check out our sister-brand, Mecanica!

          The Value of Cloud-Based Solutions

          Both SOLIDWORKS PDM and the 3DEXPERIENCE platform offer cloud-based options, enabling remote teams to collaborate seamlessly. By supporting mobile access and reducing the need for physical servers, cloud integration enhances team members’ ability to access the most current design data.

           

          Comparing Costs

          For smaller organizations, SOLIDWORKS PDM is a cost-effective solution, offering basic data management features that integrate with SOLIDWORKS. PLM requires a higher initial investment but pays off with lifecycle management of product data across departments, improving long-term productivity.

           

          Wrapping Up: Choosing the Right Solution

          Choosing between SOLIDWORKS PDM vs. PLM on the 3DEXPERIENCE platform depends on your organization’s specific needs. For CAD-centric teams, PDM provides a robust data management system. For teams needing product lifecycle management solutions that encompass every phase of the product development process, the 3DEXPERIENCE platform is an ideal solution.

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            Advanced 3DEXPERIENCE Training for Manufacturing Engineers

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            Advanced 3DEXPERIENCE Training for Manufacturing Engineers

            With the constant evolution of the 3DEXPERIENCE platform, manufacturing engineers are continually presented with innovative tools and powerful capabilities, but little context. At Solidxperts, we understand the importance of staying on top of the latest features and best practices, which is why we offer advanced 3DEXPERIENCE training. Our specialized courses are designed to help engineers seamlessly integrate new skills, strengthen their understanding of best practices, and leverage the full power of the platform and SOLIDWORKS CAD solutions.

             

            Why Take Advanced 3DEXPERIENCE Solidxperts Training?

            Is basic knowledge of the 3DEXPERIENCE platform enough in today’s competitive landscape? Advanced 3DEXPERIENCE training for manufacturing goes beyond the fundamentals to dive deep into the latest catalog of apps, online services, and secure cloud data management features. Our trainers strive to give manufacturing engineers the confidence and skills to elevate their design capabilities, whether it’s exploring a new dimension of design with SOLIDWORKS CAD or navigating complex business processes with ease.

             

            An advanced digital training environment with rows of modern desks for professional students, subtle holographic interfaces, and a sleek, high-tech atmosphere.

             

            Did you know you can get to know your instructor’s expertise before your class? Check out the Solidxperts team on LinkedIn!

             

            How Does Advanced Training Differ from Entry-Level Courses?

            Solidxperts’ courses are designed to help professionals transition smoothly from foundational knowledge to expert-level proficiency on the 3DEXPERIENCE platform. Advanced sessions focus on leveraging collaboration capabilities, utilizing the latest tools, and mastering the reintegration process, which simplifies complex workflows for businesses of all sizes. These training courses offer a convenient option for engineers looking to gain instant platform access and upfront onboarding without traditional licensing hassles or new licenses troubleshooting.

             

            Custom CAD Training Solutions

            But, what’s the 3DEXPERIENCE platform without your trusted SOLIDWORKS?

            With additional custom CAD training options, Solidxperts offers tailored programs to meet your specific design and business needs. Unlike generic courses, these specialized sessions can include advanced topics like MEP integration, secure cloud data management, and seamless design experience.

            For more info on what we have available, check out our catalog of upcoming 3DEXPERIENCE, CAD, and design courses, here.

             

            The Power of SOLIDWORKS

            Advanced 3DEXPERIENCE courses at Solidxperts emphasize the power of SOLIDWORKS and its diverse applications across industries. Whether it’s SOLIDWORKS CAD for traditional design or additive manufacturing solutions for modern production, our training ensures that manufacturing professionals are equipped to use these tools efficiently, maximizing productivity and quality in their workflows.

             

            Stay Ahead with the Latest 3DEXPERENCE Apps

            Succeeding in the manufacturing field means staying current with the latest apps and tools. Solidxperts brings successive years of experience in supporting manufacturing engineers through their continuous learning journey, with access to the latest apps on the platform, reducing downtime and enabling an effortless transition from older software versions. Our courses ensure engineers take full advantage of the platform’s cloud services, giving them instant access to the latest updates and tools without worrying about backdating.

             

            Advanced Manufacturing Needs? Check Out Our Custom Solutions

            For professionals looking for more than the standard learning experience, Solidxperts offers custom CAD training solutions that address specific challenges. By integrating advanced features such as MEP, non-SOLIDWORKS CAD compatibility (Autodesk, Onshape, etc.), and cloud services, our programs ensure your team is equipped with the practical skills needed to handle complex projects effectively.

             

            Ready to Take on the 3DEXPERIENCE Platform?

            New cloud solutions can be overwhelming, even with a baseline knowledge of how they work. So, investing in advanced training isn’t just about expanding technical skills; it’s about creating a smooth transition to a more efficient, collaborative work environment, without losing urgency or project progress.

             

            Enhance Your Skills with Expert-Led Training

            Choosing Solidxperts means accessing knowledge from seasoned instructors who know the 3DEXPERIENCE platform inside and out. Our team of Xperts is here to guide you through the comprehensive learning experience platform that, depending on your needs and level of skill, can cover everything from SOLIDWORKS CAD, to cloud data management, to business processes on the platform.

            This isn’t just another boring webinar series—it’s a hands-on empowering journey designed to maximize your productivity and get you up and running as quickly as possible.

             

            Conclusion: Driving Success with Advanced 3DEXPERIENCE Training for Manufacturing

            Advanced 3DEXPERIENCE training for manufacturing engineers at Solidxperts offers a robust way to elevate industry skills and stay current with ever-evolving technology. With courses that prioritize seamless design experience, secure cloud data management, and the advantage of the comprehensive SOLIDWORKS suite, Solidxperts is your go-to partner in building lasting success in manufacturing.

            Not sure where to start? Reach out to our team today for personalized advice on how to get started on your advanced 3DEXPERIENCE training journey!

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              Spooky SOLIDWORKS Design Fails: How to Avoid CAD Nightmares

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              Spooky SOLIDWORKS Design Fails: How to Avoid CAD Nightmares

              Whether you’re a beginner just learning the ropes or an experienced CAD designer with years of projects under your belt, SOLIDWORKS design fails can strike unexpectedly and cause more than just frustration—they can derail timelines, increase costs, and even impact client trust. From disorganized file management to unexpected software crashes, the world of CAD is filled with potential pitfalls that can turn a straightforward project into an engineering nightmare.

              In this blog, we’ll dive into some of the most common SOLIDWORKS design fails that haunt CAD workflows and explore practical ways to avoid these pitfalls.

               

              SOLIDWORKS Design Fails to Watch Out For

              For CAD beginners, navigating SOLIDWORKS can feel like walking through a haunted house. One wrong step, and you’re in trouble. Over-complicating sketches, misusing fillets, or misunderstanding constraints all cause frustrating errors. For example, adding too many constraints can make a sketch over-defined, leading to geometry errors and regeneration problems.

              Avoiding Beginner Pitfalls: Start with simple sketches and gradually increase complexity. Avoid excessive constraints and verify each step as you build your design. When using features like fillets, apply them strategically to avoid performance issues while maintaining smooth geometry.

               

              SOLIDWORKS and the Ghost of Overlooked Updates

              Ignoring software updates is a common mistake that can come back to haunt CAD designers. Outdated software can lead to compatibility issues, errors, and missed opportunities for performance improvements. Over time, this can turn even simple tasks into a struggle.

              Keep Your Software Current: Keep your SOLIDWORKS up-to-date and install updates promptly. Staying up to date will help you avoid compatibility problems, benefit from new features, and maintain optimal performance. Looking to update? Check out SOLIDWORKS 2025!

               

              Common CAD Modeling Mistakes and How to Avoid Them

              What are some common CAD modeling mistakes that haunt both beginners and experienced designers? One of the most frequent issues is creating overly detailed models. While it may seem beneficial to add intricate details, excessive features can slow down CAD software and lead to errors. For instance, intricate sketch features can result in longer regeneration times and problems with assemblies.

              How to Avoid These Mistakes: Focus on creating simplified geometry and adding details only as needed. Keep sketches clean and organized, with fewer entities and constraints. Avoid adding redundant features that can complicate the model. Use the built-in CAD tools to check the quality of your model and resolve problems before they escalate.

               

              Haunted Geometry: Why Complexity Can Be a Design Killer

              In CAD systems, more geometry isn’t always better. Complex shapes and intricate details may look impressive, but they can cause significant issues, especially in large assemblies. For example, creating models with too many small features or tight tolerances can slow down system performance and lead to unexpected crashes.

              Taming the Complexity: To avoid performance problems, simplify your model whenever possible. Break complex shapes into manageable features and avoid creating unnecessary small faces or edges. When dealing with assemblies, switch between simplified and detailed configurations as needed to balance performance and visual detail.

               

              Are You Using Sketches Correctly?

              Incorrectly constructed sketches are one of the common mistakes that can lead to SOLIDWORKS design fails. Overly complicated sketches with many entities and constraints can slow down performance and make modifications difficult. If a sketch is too complex, even small changes can result in significant errors.

              Tips for Proper Sketching: Keep sketches simple and avoid unnecessary constraints. When making design changes, a clean, organized sketch will be easier to update. Use tools like “Check Sketch for Feature” to identify and correct potential issues before moving forward with your design.

               

              Phantom Files: Disorganized File Management

              Disorganized file management is one of the biggest headaches CAD designers have deal with. Phantom files—those lost or misplaced due to poor organization—can delay projects and disrupt the workflow. When file naming conventions aren’t followed, or folders are poorly structured, important files can go missing, just like a phantom that haunts your project. We’re all guilty of it, but naming files with vague terms like “final” or “final_v2” makes it hard to identify the correct version.

              How to Avoid This Curse: Implement consistent file naming conventions and a logical folder structure from the beginning. Use SOLIDWORKS PDM (Product Data Management) to keep all files organized and easily accessible in a central repository. PDM can help track file versions, automate version control, and allow metadata searches to prevent phantom files from disrupting your workflow.

               

              The Curse of Version Control: Disastrous Overwrites

              When team members unknowingly work on different versions of the same file, it’s a recipe for disaster. Without a structured approach, conflicting updates or lost data can occur—turning a simple project into an engineering nightmare.

              How to Avoid This Version Control Curse: Implement version control tools like SOLIDWORKS PDM and the 3DEXPERIENCE platform. They’ll allow you to track changes, maintain a complete version history, and merge updates seamlessly. Locking files while they are being edited prevents others from making conflicting changes, keeping everyone aligned and the workflow smooth.

               

              SOLIDWORKS and the Mystery in the Machine

              Software failures always happen at the most inconvenient times. Whether it’s a sudden crash, freeze, or unexpected glitch, these errors can result in lost work and frustration. The mystery lies in the unpredictability of these failures—sometimes a large assembly crashes due to low system memory, while other times, a rendering process fails without warning.

              How to Mitigate These Risks: Ensure regular software updates and perform consistent backups. Enabling SOLIDWORKS’ auto-recovery feature can help recover work lost during a crash. Additionally, for large projects, consider breaking up assemblies into subassemblies to reduce system strain and optimize performance.

               

              How to Fix a SOLIDWORKS Design Error For Beginners

              Errors like geometry failures, broken references, or missing files can derail progress and cause serious delays. For instance, importing a third-party file may lead to misaligned faces or gaps in the geometry, resulting in annoying issues.

              How to Avoid These Errors: Stay proactive by regularly checking for software updates and enabling auto-recovery options in SOLIDWORKS. Keeping backups of your work ensures you can revert to a previous state if an error occurs. Use tools like “Repair Sketch” or “Check Entity” to promptly identify and resolve geometry issues and avoid these problems.

               

              Don’t Let Time-Consuming Design Changes Haunt You

              In CAD design, one change can lead to a cascade of time-consuming modifications. Without a flexible design approach, adapting to new requirements can be difficult and costly. For example, rigid design practices can make client-requested changes disruptive and slow.

              Plan for Flexibility: Use parametric modeling techniques to make your design easily adaptable. Organize your sketches and features well, anticipating future changes. By planning for flexibility, you can avoid wasting time on rework and keep spooky design problems at bay.

               

              The Power of CAD Systems

              CAD systems are powerful tools, but they can become overwhelming when not used correctly. Poor workflow practices can lead to inefficiencies and errors that haunt CAD designers.

              Optimizing Your CAD Workflow: Plan your workflow carefully, choosing the appropriate tools for each design stage. Make the most of features like patterning and reference geometry to streamline the design process. The goal is to reduce the time spent on repetitive tasks while ensuring high-quality results.

               

              A Final Word on Avoiding SOLIDWORKS Design Fails

              Avoiding SOLIDWORKS design fails requires a proactive approach. Taking steps to optimize your workflow, manage files efficiently, and stay updated with the latest software versions will help keep engineering nightmares at bay. Remember, preparation and best practices are the keys to successful CAD design.

              Want to explore more CAD tips, tricks, and techniques? Ready to take your SOLIDWORKS skill to the next level?

              Browse through our library of SOLIDWORKS-based blogs, or sign up for your next Solidxperts Academy course. Check out our upcoming trainings, here.

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                Raise3D Printers: Revolutionizing Prototyping

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                Raise3D Printers: Revolutionizing Prototyping

                The ability to quickly iterate designs and produce high-quality prototypes can be the difference between successful product launches and falling behind the competition. This is where Raise3D printers excel, revolutionizing the prototyping process with cutting-edge technology and user-centric features.

                By offering a seamless blend of precision, flexibility, and efficiency, Raise3D printers empower designers and engineers to transform ideas into physical objects faster than ever before. Their advanced capabilities, such as independent dual extruders, auto bed leveling, and a uniform build area, not only optimize the printing process but also solve common challenges in prototyping.

                 

                A close-up view of a Raise3D printer bed and dual extruder head

                 

                Whether you’re working with standard materials like PLA and ABS or experimenting with more advanced filaments like carbon fiber composites, Raise3D printers provide a versatile solution that caters to diverse prototyping needs across industries.

                 

                What Makes Raise3D Printers Stand Out?

                Raise3D printers excel with innovative design and high-quality performance, offering a stable printing platform equipped with innovative printing platform features like auto bed leveling and flexible build plates. Their uniform build area ensures precise results across various materials, including PLA, ABS, PETG, and carbon fiber composites, allowing for consistent layer accuracy even in complex designs.

                 

                A Raise3D printer touchscreen interface displaying a welcome message and several menu options

                 

                The platform’s advanced features address common printing challenges such as uneven heating and poor adhesion, preventing issues like warping or layer shifting. This helps deliver smoother, higher-quality print results with fewer manual adjustments, creating a more stable printing process overall.

                 

                How Does Raise3D Improve Rapid Prototyping?

                By combining robust hardware with user-centric enhancements, Raise3D not only optimizes the printing experience but also makes it accessible for users at all skill levels. This reliability in prototyping accelerates the development process, enabling designers and engineers to achieve top-quality prototypes efficiently.

                Taking a look at specifics, Raise3D’s independent dual extruders allow users to print with multiple filaments simultaneously, such as TPU and nylon, or even water-soluble support materials like PVA. This capability supports the rapid prototyping cycle by enabling quicker production of complex parts with minor surface contour changes.

                Additionally, the incorporation of Ethernet connectivity enhances communication and data transfer, which can further streamline the agile development cycle, accelerating testing phases and helping to bring ideas to life faster.

                 

                What are the key features of Raise3D printers?

                Raise3D printers boast advanced features like dual extrusion, a sizable build volume, and a sturdy frame. They offer high precision, compatibility with various filaments, and user-friendly interfaces. These qualities make Raise3D printers ideal for professionals seeking top-notch prototyping capabilities.

                 

                Why Is a Flexible Build Plate Important?

                A flexible build plate is essential for reducing the risk of potential print damage during part removal. Raise3D printers come with flexible build plates that make it easier to remove final print jobs without the need for tools, resulting in a smoother and easier experience. Additionally, improved bed adhesion ensures that the first layer stays in place, preventing common printing problems like warping or lifting.

                 

                Advanced Extruders: Independent and Modular

                Raise3D’s extruder technology takes the printing process to another level with both independent dual extruders and series dual extruder configurations. These independent modular extruders can print with a variety of filaments, including PC and ASA, offering versatility in material choices. The front cover of the extruder is also easily accessible for replacement of components or regular scheduled interventions, ensuring an efficient maintenance process.

                 

                Raise3D printer dual extruder head and nozzle configuration

                 

                Raise3D’s Printing Platform: Stability and Versatility

                Raise3D’s lineup, including models like the Pro2, Pro3, and E2, offers printing platforms designed for stability and versatility, catering to various prototyping needs. Each model features a uniform build area, providing more stable performance and a consistent foundation across different project sizes. For instance, the Pro3 Plus boasts a spacious build volume of 12x12x23.8 inches, making it ideal for larger industrial parts, while still maintaining the precision required for intricate desktop models.

                 

                Does Raise3D’s Auto Bed Leveling Improve Print Quality?

                Auto bed leveling (ABL) is a significant advantage for any 3D printer, and Raise3D’s auto bed leveling technology ensures that the print nozzles maintain the correct distance from the printing platform throughout the job. This prevents uneven printing and enhances the accuracy of the surface contour changes. As a result, users achieve better overall print quality and a more efficient process.

                All models come with auto bed leveling and flexible build plates, ensuring excellent bed adhesion and reducing warping across various materials, from ABS and PETG to flexible filaments like TPU. This versatility allows Raise3D printers to support applications ranging from small-scale prototyping to producing full-sized functional parts.

                 

                Power Loss Recovery for Uninterrupted Workflow

                These printers are equipped with a power loss recovery feature that ensures continuity even during unexpected power outages. This capability allows the printer to resume from the last point in the print job, minimizing wasted materials and time. It is a crucial feature that supports a seamless workflow in an agile development cycle.

                 

                Printing Various Materials

                 

                A series of brightly colored 3D printing filaments that are compatible with Raise3D printers

                 

                The hot end of Raise3D printers is engineered to handle a range of filament types, from flexible TPE to durable carbon fiber composites. Its high-temperature capabilities enable the printing of specialized materials like nylon, enhancing the scope of rapid prototyping applications. This adaptability is crucial for projects that require different material properties in a single prototype.

                 

                Ensuring Quality with Efficient Maintenance

                To maintain high printing standards without constant management, Raise3D printers are designed to keep maintenance simple, efficient, and easy. The replacement of components, such as print nozzles, can be done with minimal effort, and regular scheduled interventions help to avoid any potential print damage.

                 

                Navigating Common Printing Problems with Raise3D Solutions

                Raise3D printers effectively address common printing issues like poor bed adhesion, warping, and uneven prints with advanced features designed for reliability. The flexible build plate allows for easy removal of finished parts while minimizing potential print damage. Auto bed leveling ensures the print nozzles stay correctly aligned with the printing surface, preventing layer shifts and enhancing print accuracy. Additionally, Raise3D’s heated build platform helps maintain consistent temperatures across the print bed, further reducing the risk of warping. These features work together to deliver a smoother, more reliable printing experience with fewer interruptions and consistently high-quality results.

                 

                Conclusion: Empowering Agile Development Cycles

                Raise3D printers accelerate the rapid prototyping cycle and streamline the printing process for a better overall experience with their advanced extruder technology, auto bed leveling, power loss recovery, and versatile material compatibility. A valuable tool for any business engaged in agile development, Raise3D printers offer users an easier printing experience, better print results, and the right solution for truly agile prototyping.

                Expand your 3D printing capabilities or take your first steps into additive manufacturing with confidence.

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                  Leveraging 3DEXPERIENCE for Sustainable Product Design

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                  Leveraging 3DEXPERIENCE for Sustainable Product Design

                  As the world grapples with climate change and resource depletion, there is a growing urgency to adopt sustainable practices. For businesses involved in product development, this means rethinking how products are designed, manufactured, and managed throughout their life cycle. Integrating sustainability into the core of product design is not only a response to consumer demand for eco-friendly products but also a strategic move to meet regulatory requirements and achieve long-term business success.

                  The 3DEXPERIENCE platform stands out as a comprehensive solution that empowers you and your business to embrace sustainable innovation. With tools for lifecycle assessment, virtual twin simulations, and real-time data analysis you can easily optimize your products’ overall environmental impact. Make informed decisions about materials, production methods, and energy consumption to significantly reduce environmental footprints. This approach helps businesses align with sustainability goals, such as zero carbon targets and circular economy principles, while also unlocking opportunities for cost savings and improved brand reputation.

                   

                  Why Choose 3DEXPERIENCE for Sustainable Product Design?

                  Leveraging the 3DEXPERIENCE for sustainable product design empowers you to integrate lifecycle assessment directly into the product development process. Monitor a product’s environmental footprint every step of the way, from raw material extraction to the end of its life cycle, by embedding sustainability goals directly into your design principles.

                   

                  a silhouetted engineer walking across a lush green field with a stream of digital information representing green technology

                   

                  Reducing the Environmental Impact of Products

                  The platform helps identify the environmental impact of your designs early in the design process. By simulating various factors such as energy consumption, water use, and waste generation in a virtual space you can make better-informed decisions to minimize the carbon footprint and land use associated with manufacturing processes, paving the way for more sustainable production practices.

                   

                  Leveraging Virtual Twins

                  Virtual twin technology is a powerful feature of the 3DEXPERIENCE platform that allows you to create digital replicas of your products. By using virtual twins, teams can test different materials and manufacturing methods, reducing the need for physical prototypes and limiting waste generation.

                   

                  Designing for a More Sustainable World: Key Practices

                   

                  a factory with a smokestack that releases leaves and clean water, symbolizing eco-friendly industrial innovation

                   

                  Your teams can make products more sustainable by carefully choosing materials and implementing smart practices throughout the product development cycle. Gain real-time insights into the environmental conservation aspects of different design choices from directly within your 3DEXPERIENCE platform. This enables your teams to optimize material use and adopt greener design practices.

                   

                  How Does Advanced Digitalization Support Sustainable Innovation?

                  The platform’s advanced digitalization capabilities provide you with innovative solutions to assess and improve product sustainability. By leveraging real-time data, you can monitor the environmental impact of your designs and make adjustments to support zero carbon goals. Create new products while ensuring production processes align with broader sustainability goals.

                   

                  Circular Economy and Sustainable Product Development

                  Adopting circular economy principles is essential for sustainable development. Leveraging the 3DEXPERIENCE for sustainable product design supports a circular economy by empowering your business to design products with recyclability in mind. By optimizing the use of materials and considering the product’s life cycle from start to finish, the platform encourages the creation of environmentally friendly products that can be easily disassembled and reused, reducing overall waste and raw material consumption.

                   

                  Enhancing Lifecycle Assessment with a Single Platform

                  3DEXPERIENCE streamlines the lifecycle assessment process by providing all necessary tools on a single platform. Teams can evaluate the product’s life cycle in detail, considering factors like energy consumption, land use, and water use, ensuring the manufacturing processes contribute positively toward a more sustainable future.

                   

                  A laptop sitting on a simple table in the middle of a bright, lush green field displaying a teardrop shaped leaf design

                   

                  Supporting the Entire Product Lifecycle with Sustainable Practices

                  From the initial design phase to the end of the product’s life, 3DEXPERIENCE helps businesses incorporate sustainable practices into every step. The platform supports waste reduction, smart material use, and optimized production processes, ensuring that the entire product lifecycle supports sustainability goals.

                   

                  Can 3DEXPERIENCE Facilitate the Production of Environmentally Friendly Products?

                  Yes, 3DEXPERIENCE facilitates the development of environmentally friendly products by offering tools that integrate sustainability into the entire value chain. With the ability to simulate various aspects of a product’s environmental footprint, such as energy consumption and waste generation, companies can ensure each product aligns with their sustainability goals.

                   

                  3DEXPERIENCE for a Greener Future

                  Achieving sustainability requires more than intentions; it demands integrating eco-friendly practices into every step of product development. The 3DEXPERIENCE platform offers businesses the tools they need to design friendly products that meet sustainability goals, embrace circular economy principles, and reduce the environmental impact of production processes.

                  By leveraging virtual twin technology, advanced digitalization, and real-time data, businesses can minimize waste, reduce energy consumption, and select sustainable materials, optimizing their manufacturing processes toward zero carbon goals. This approach leads to environmentally friendly products while providing business benefits such as cost savings, enhanced reputation, and regulatory compliance.

                   

                  Toward Zero Carbon Goals: A Commitment to Sustainability

                  3DEXPERIENCE supports innovation by encouraging teams to consider waste reduction, sustainable materials use, and end-of-life management from the start. As companies strive for a greener future, the platform ensures sustainability becomes a core principle throughout the value chain.

                  In a world where sustainability is a crucial differentiator, 3DEXPERIENCE offers a unified solution to drive responsible innovation. Adopting 3DEXPERIENCE for sustainable product design helps businesses create eco-friendly products and meet sustainability goals, paving the way for a future where environmental conservation is integral to product development.

                  Want to know more? Want to get started on your sustainability journey? Reach out to our experts for advice on how to get started and to discover just how green the grass can be!

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                    How PDM Improves Collaboration for Remote Engineering Teams

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                    How PDM Improves Collaboration for Remote Engineering Teams

                    For an increasingly connected world, remote work is becoming the norm, especially in industries like engineering, where design and product development require input from experts across various locations. The shift to remote work presents challenges, particularly when it comes to maintaining clear communication, managing heavy design data, and ensuring consistency throughout your engineering process.

                    With the increasing reliance on digital tools, companies need efficient solutions to keep everyone on the same page, regardless of where they’re working. SOLIDWORKS PDM provides a centralized hub where teams can securely store, access, and manage critical product data such as schematics, CAD models, and bills of materials (BOMs).

                    By bridging the gap between remote engineering teams and offering secure access to product and design information, SOLIDWORKS PDM not only enhances collaboration but frees up your team to spend less time on management and more time on innovation and driving product development forward.

                     

                    What is Product Data Management (PDM)?

                    Product Data Management (PDM) is a digital system that helps engineering teams organize and control their product data throughout the development process. For SOLIDWORKS PDM, this is your Vault. It acts as a centralized repository where team members can store, share, and track revisions of design files, schematics, and other crucial documents. Remote engineers can easily access the information they need, resulting in less time spent searching for files and more time on actual product development.

                    For more information on What PDM is and why it’s important, check out our latest blog on the subject!

                     

                    How Does PDM Support Remote Engineering Teams?

                    Successful remote engineering teams thrive on smooth and efficient collaboration. SOLIDWORKS PDM plays a critical role in making this possible for teams dispersed across different locations through user-friendly features and CAD-aware file sharing capabilities. For example:

                     

                    1. SOLIDWORKS PDM enables remote teams to collaborate seamlessly by centralizing all product data, including CAD models and documentation, in a secure vault. Through cloud or VPN access, engineers can retrieve and update files from anywhere, ensuring they always work with the latest versions.
                    2. PDM’s version control tracks every change, preventing overwrites and ensuring clarity on who made edits and when. Automated revision management reduces errors and keeps projects on track.
                    3. File sharing is simplified. Engineers can check files in and out, with controllable permissions ensuring secure access to sensitive data.
                    4. Customizable workflows automate approvals and change requests, allowing global teams to maintain momentum without delays.
                    5. Integration with SOLIDWORKS CAD and BOM management ensures consistency and efficiency across all product development stages.

                     

                    Remote engineering teams can retrieve, modify, and update files in real time, ensuring that everyone works with the most current version of the data, reducing the risk of errors or duplication. By leveraging these features, SOLIDWORKS PDM helps your teams stay connected to their product data, collaborate effectively, and maintain high levels of productivity, no matter where they are in the world.

                     

                    Can PDM Improve Communication for Remote Engineering Teams?

                    Silhouettes of two engineers holding tablets that project a hologram of a gear, standing in front of a large, glowing blue globe.

                     

                    Absolutely. By integrating product data management with communication tools such as emails and messaging platforms, engineers and project managers can easily discuss design data and track changes in real-time. The use of software that combines CAD tools and data management solutions creates a collaborative environment, ensuring everyone is working from the latest versions of schematics and designs.

                     

                    How Does PDM Integrate with CAD Tools?

                    SOLIDWORKS PDM is designed to work seamlessly within your familiar SOLIDWORKS CAD environment. By linking your CAD information directly to the product data management system, remote engineers can track revisions, update models, and share designs in real-time. This seamless connection ensures that all product development tasks are carried out using the most up-to-date data, reducing errors and improving overall efficiency.

                     

                    Handling Change Orders

                    Tracking change orders is one of the most important aspects of any engineering process. SOLIDWORKS PDM provides transparency by ensuring all changes are documented and reviewed by the necessary stakeholders, regardless of location. This ensures that the latest version of any design is available for all team members, reducing confusion, and improving project workflows.

                     

                    Enhancing Collaboration with Schematics and BOM Management

                    Handling complex projects involving detailed schematics and BOM can be a challenge for remote teams. PDM simplifies this by providing an organized platform where engineers can collaborate, track changes, and ensure that all information is accessible in one place. This leads to more efficient engineering processes and a smoother overall product development lifecycle.

                     

                    Startups and Growing Companies

                    For startups and smaller companies, implementing a product data management system might seem like a significant investment. However, the ability to manage product data effectively from the outset can greatly improve scalability. As remote work becomes more common, PDM ensures that all team members can access necessary information, contributing to smoother project timelines and efficient workflows.

                     

                    A Solution for Global Collaboration

                    For globally dispersed teams, effective data management is key. A well-implemented PDM system facilitates seamless collaboration between offices located in different parts of the world. By managing data centrally, remote engineers can work on shared projects without geographical limitations, leading to more efficient workflows and faster time-to-market.

                     

                    Best Practices for Remote Work in Engineering

                    Remote engineers and project managers benefit from establishing best practices when working with PDM. Regularly reviewing change orders, organizing BOMs, and maintaining open lines of communication are essential for keeping projects on track. With PDM in place, these practices become easier to follow, ensuring consistency across the board.

                     

                    Why Choose Cloud-Based Solutions for Remote Engineers?

                     

                    A simple illustration of a cloud-based Product Data Management (PDM) system.

                     

                    Cloud-based solutions, like the 3DEXPERIENCE platform, have transformed how remote engineering teams collaborate. By hosting product data management on the cloud, teams no longer need to worry about local servers or hardware issues. Instead, they can access their designs from anywhere, as long as there’s an internet connection. This flexibility allows teams to stay productive even when working from different locations.

                     

                    What Role Does PLM Play in Remote Collaboration?

                    PDM manages product data, while PLM oversees the entire product lifecycle. Integrated together, these solutions assist remote teams in managing design, logistics, manufacturing, and end-of-life processes for a holistic view of the product journey.

                     

                    Benefits of Combining Systems

                    Taking this integration one step further, incorporating enterprise resource planning (ERP) with your PDM ensures better coordination between design and manufacturing. By linking the BOM from CAD with ERP systems, companies can better manage production schedules, raw materials, and delivery timelines. This is particularly helpful for remote teams, as it keeps all departments aligned with project milestones and progress.

                     

                    Streamlining Engineering Processes

                    The use of PDM allows engineering teams to follow best practices for managing product development and engineering processes. By providing a structured way to manage design data, teams avoid duplicate files, conflicting versions, and communication breakdowns. This is essential when working remotely, as remote engineers need to rely on efficient data management to avoid costly mistakes.

                     

                    Final Thoughts on PDM for Remote Engineering Teams

                    With a product data management system in place, remote engineers can easily collaborate across different regions and time zones, ensuring that everyone is working with the latest files and data. This creates a more streamlined workflow, where design revisions, change orders, and BOMs are managed in a single platform that all team members can access with an internet connection. Additionally, integrating PDM with other tools like CAD and PLM solutions further enhances this collaboration, providing an end-to-end solution for managing not only product data but also the broader aspects of the product lifecycle.

                    For companies of all sizes—from established corporations to growing startups—implementing PDM can transform how projects are managed and executed, leading to more efficient engineering processes and faster time-to-market. Stay connected, collaborative, and productive, no matter where you and your team members are in the world.

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