Over the past few years, 3D printing has evolved far beyond rapid prototyping. Today, it is widely used across industrial environments for tooling, functional parts, product development, supply chain optimization, and even end-use production.

However, as the technology has matured, however, one reality has become increasingly clear: there is no single 3D printing solution that fits every application.

From FDM and resin printing to polymer powder technologies, each platform offers different advantages in terms of precision, mechanical performance, production volume, and operating costs.

As a result, Raise3D has established itself as a compelling option for organizations seeking a balance between performance, accessibility, and versatility.

At Solidxperts, we help organizations evaluate, implement, and optimize these solutions as part of a broader additive manufacturing strategy. Raise3D is not a universal answer to every challenge; however, it often fits a wide range of industrial applications very well.

Raise3D Pro3 and Pro3 Plus: A Versatile Starting Point

For many organizations, adopting 3D printing begins with a straightforward objective: producing functional parts in-house without relying on external suppliers.

This is exactly where the Pro3 series excels.

The Raise3D Pro3 and Pro3 Plus are industrial FDM printers designed to support a broad range of applications, from functional prototyping to manufacturing jigs, fixtures, and production tooling. Their robust construction and dual-extrusion architecture provide the flexibility needed to tackle diverse projects with a single platform.

Build Volume

• Pro3: 300 × 300 × 300 mm

• Pro3 Plus: 300 × 300 × 605 mm

The extended build height of the Pro3 Plus is particularly valuable when producing large components or maximizing the number of parts manufactured in a single print job.

Compatible Materials

FDM technology supports a wide variety of thermoplastics, including:

• PLA

• PETG

• ABS

• ASA

• TPU

• Nylon

• Fiber-reinforced composites

Raise3D also offers a portfolio of validated materials with optimized print profiles. This helps users achieve reliable and repeatable results with minimal setup.

Third-party materials can also be used when specific application requirements demand it. This flexibility is a major advantage, although official Raise3D materials typically provide the most predictable and repeatable performance in production environments.

Industries Served

Manufacturing, automotive, aerospace, industrial design, and R&D teams all use the Pro3 series. Because of its versatility, organizations often rely on it when they want to support multiple applications without investing in several specialized machines.

Why Is the Pro3 Series So Popular?

One of the greatest strengths of the Pro3 platform is its ability to grow alongside an organization’s needs. The same machine can be used to validate a prototype, manufacture an assembly fixture, or produce a replacement maintenance component. This versatility, combined with broad material compatibility and dependable performance, has made the Pro3 one of the most widely adopted industrial FDM platforms available today.

Raise3D E3: Productivity, Compactness, and Flexibility

Not every organization needs larger parts. In many cases, the primary goal is to improve efficiency or make 3D printing accessible to a broader range of users.

The Raise3D E3 was designed with this objective in mind.

Built around an Independent Dual Extruder (IDEX) architecture, the E3 features two print heads that operate independently. This enables duplication and mirror-printing modes that can significantly increase productivity for certain applications.

Build Volume

330 × 240 × 240 mm

Compatible Materials

The E3 supports the major FDM material families:

• PLA

• PETG

• ABS

• ASA

• TPU

• Nylon

• Engineering composites

Like other Raise3D platforms, official Raise3D materials benefit from optimized print profiles while still allowing users the freedom to work with third-party materials when required.

Industries and Environments

The E3 is particularly well suited for engineering departments, research centers, product development teams, and educational institutions. Its compact footprint and ease of integration make it an excellent choice for laboratories, classrooms, technical training centers, and office environments.

For organizations looking to expand access to 3D printing without deploying a dedicated production area, the E3 often represents an attractive and practical solution.

A Different Approach to Productivity

Rather than focusing on larger build volumes, the E3 improves efficiency by maximizing machine utilization. Its IDEX architecture enables simultaneous production of multiple parts or duplicate prototypes, naturally accelerating development cycles and reducing turnaround times for engineering teams.

Raise3D DF2: When Precision Matters Most

Some applications demand a level of accuracy and surface quality that traditional FDM technologies cannot always achieve.

This is where the Raise3D DF2 stands out.

Powered by DLP technology, the DF2 delivers highly detailed parts with exceptional surface finish and excellent repeatability, making it ideal for applications where precision is critical.

Build Volume

120 × 68 × 300 mm

Compatible Materials

The DF2 supports a range of photopolymer resins, including:

• Rigid resins

• Engineering resins

• Flexible resins

• Application-specific specialty resins

The DF2 ecosystem is built around validated materials and qualified process parameters, helping users achieve consistent results from one print to the next.

Industries Served

The DF2 is commonly used in medical, dental, industrial design, and research and development environments. It also supports specialized manufacturing applications where dimensional accuracy and surface quality are critical requirements.

One documented example is 3DPMolds, which uses the DF2 to accelerate the production of molds for low-volume plastic injection molding, demonstrating how resin technologies continue to expand into practical industrial applications.

A Platform Built for Accuracy

The DF2 is designed for organizations where surface finish, fine details, and dimensional precision play a central role in the manufacturing process. When these factors become critical, DLP technology offers advantages that are difficult to match with conventional FDM systems.

Raise3D RMS 220: Moving Toward Production

In some cases, additive manufacturing is no longer used simply to develop products, but to manufacture them directly.

The Raise3D RMS 220 was created for exactly this purpose.

Based on Selective Laser Sintering (SLS) technology, the RMS 220 produces parts from polymer powder without the need for support structures. This enables greater design freedom and allows users to efficiently fill the build chamber with multiple parts in a single production cycle.

Build Volume

220 × 220 × 350 mm

Compatible Materials

The RMS 220 is designed for industrial polymer powders such as:

• PA11

• PA12

Officially supported materials benefit from validated process parameters that help ensure repeatability and production stability.

Industries Served

The RMS 220 is intended for manufacturers, automotive companies, aerospace organizations, and businesses looking to adopt additive manufacturing as a production technology.

Documented use cases include companies such as Kinboshi and LutraCAD, both of which have integrated the RMS 220 into industrial workflows involving the production of end-use and customized parts.

A Step Toward Manufacturing

SLS technology represents an important milestone in the adoption of additive manufacturing. The absence of support structures, combined with strong mechanical properties and exceptional design freedom, makes it particularly well suited for low- to medium-volume production.

Why Choose Solidxperts?

Selecting an industrial 3D printer involves much more than comparing technical specifications.

The real challenge is identifying the technology that will deliver the greatest value for your specific applications and business objectives.

At Solidxperts, we help organizations navigate this decision-making process. Our role extends beyond supplying equipment. We support our customers through needs analysis, technology selection, installation, training, and ongoing technical support.

This approach enables businesses to adopt additive manufacturing in a structured, scalable, and results driven manner.

What’s the Next Step?

With the Pro3 and Pro3 Plus, E3, DF2, and RMS 220, Raise3D offers a diverse portfolio of additive manufacturing solutions that address a wide range of industrial requirements.

Some organizations need a versatile platform to accelerate product development. Others require higher precision, greater design freedom, or increased production capabilities. Each technology serves a different purpose, and the application itself should always guide the decision.

One of Raise3D’s greatest strengths lies in its balance of performance, flexibility, and accessibility. These platforms enable organizations to integrate 3D printing into their operations without the complexity or investment often associated with more specialized technologies.

At Solidxperts, we believe a successful additive manufacturing project starts long before a machine is installed. It begins with a clear understanding of production goals, materials, operational constraints, and long-term business objectives.

Whether your goal is to accelerate prototyping, optimize production processes, or explore new manufacturing possibilities, our team is ready to help identify the technology best suited to your reality.

Because in industrial 3D printing, the best solution is not necessarily the most advanced one. It is the one that best meets your needs.

Looking to go further?

• Check out more tips and tutorials on our YouTube channel.

• Explore best practices with our experts.

• Or reach out to your team, we’re here to help you get the most out of your platform.