Klietsch solutions for SOLIDWORKS are evolving to simplify the design of steel and aluminum structures, the preparation of manufacturing data, and data exchange with specialized software.

During a webinar presented by Solidxperts with guest speaker Sebastian Klietsch, CEO of Klietsch, several enhancements were unveiled for SolidSteel parametric 8.1, DSTV Assistant 6.1, AluFrame Assistant 6.1, and LOGIKAL Interface 2.1. The updates include more automation, more flexible data management, and workflows that are better integrated with SOLIDWORKS.

Here is an overview of the most useful new features for design and manufacturing teams.

SolidSteel parametric 8.1: More automation for structural steel design

SolidSteel parametric is a parametric design solution for steel structures in SOLIDWORKS. The latest version introduces several enhancements focused on productivity, standardization, and data reliability.

Saved settings for end plates

The parameters defined when creating an end plate can now be saved. This allows users to quickly reuse their preferred configurations when creating similar connections.

This enhancement reduces repetitive steps and helps standardize design methods across a team.

A bill of materials without creating drawings first

With its SQL database, SolidSteel parametric centralizes the information associated with the components of a structure. Users can now export a bill of materials directly, including:

  • the material list;
  • cut lengths and angles;
  • the profiles used;
  • plates;
  • hardware.

This means that drawings do not need to be created first to obtain the data required for procurement or manufacturing preparation.

A more flexible drawing assistant

The drawing assistant automates a significant portion of the technical documentation process. It assigns item numbers to components, applies naming rules, and generates only the requested views. Only minor adjustments or notes are needed to complete the drawings.

The generated files are then automatically organized into folders and subfolders based on their type, such as assemblies, beams, and plates. This organization makes it easier to manage projects containing a large number of parts.

More reliable IFC exports

The solution supports the IFC formats used for BIM data exchange. During export, components displayed in lightweight mode can be automatically loaded in resolved mode to ensure that all required geometric information is available.

This feature helps improve the accuracy of models shared with other project stakeholders.

Centralized configuration for the entire team

Paths to libraries, templates, and databases can be defined centrally. This allows companies to establish a shared environment for their designers and reduce inconsistencies between workstations.

A more practical diagnostic mode

Diagnostic mode allows users to identify and manage certain items directly from the SolidSteel parametric task pane. Selections are synchronized with the SOLIDWORKS FeatureManager design tree, helping users quickly identify the relevant component and make changes in the right place.

More control over design details

Version 8.1 also offers several technical customization options:

  • defining hole diameters using an Excel table linked to the database;
  • positioning end plates relative to a plane;
  • adding chamfers perpendicular to the bearing surface on certain reinforcement plates.

These settings give designers more flexibility to adapt connections to their company’s standards and practices.

DSTV Assistant 6.1: Faster preparation of NC and NC1 files

DSTV Assistant automates the creation of manufacturing data in DSTV format from SOLIDWORKS models. It can be used with structures created in SolidSteel parametric, weldments, the SOLIDWORKS Structure System, or certain types of imported geometry, such as .STEP files.

Better issue detection

The tool provides clearer feedback when operations could produce problematic data. For example, it can alert users when a hole is located within a bend radius or in an area that is not well suited for machining.

This early validation helps users correct the model before the data is sent to production.

A quick start for exports

Quick Start mode automatically analyzes the structure, recognizes bodies, and prepares the components for export. Users can then quickly generate NC or NC1 files, complete with quantities and profile-specific information.

This workflow reduces the time spent manually preparing manufacturing data.

AluFrame Assistant 6.1: Better performance for aluminum assemblies

AluFrame Assistant simplifies the design of aluminum profile structures directly within SOLIDWORKS assemblies. The latest enhancements focus primarily on data sharing and performance for large projects.

Databases accessible to the entire team

Databases can now be stored on a server or shared drive. This allows users to work with the same profiles, accessories, and configurations, helping ensure design consistency.

A level of detail suited to your needs

A global switching function allows users to choose the level of detail for components as they are inserted. Depending on the project’s needs, models can be displayed in lightweight, standard, or highly detailed form, including fillets and chamfers.

Teams can prioritize performance during the design phase, then enable a more detailed representation when needed.

Automated part drawings

AluFrame Assistant now includes an assistant for generating drawings of individual parts. This automation reduces repetitive tasks and speeds up the production of the documentation required for manufacturing.

LOGIKAL Interface 2.1: Connecting window design with SOLIDWORKS

LOGIKAL Interface addresses a more specialized need: exchanging data between LOGIKAL, a solution used in the design and production of windows, doors, and façades, and SOLIDWORKS.

A bidirectional workflow

A design started in LOGIKAL can be transferred to SOLIDWORKS using XML data to generate a complete assembly. The designer can then add more complex operations in SOLIDWORKS, such as machining features or holes, and reimport those changes into LOGIKAL.

This process makes it possible to take advantage of the specialized capabilities of each environment without having to manually rebuild the project.

Better data mapping

The interface supports material mapping and the transfer of custom properties between LOGIKAL and SOLIDWORKS. Its export interface has also been redesigned to make the process more visual and easier to follow.

Enhancements designed for a more seamless workflow

The latest enhancements to Klietsch solutions share a common goal: reducing manual steps between design, documentation, and manufacturing.

Whether it is generating bills of materials without drawings, quickly producing NC1 files, improving the performance of aluminum assemblies, or synchronizing fenestration projects, these tools extend the capabilities of SOLIDWORKS in industries with highly specialized production requirements.

An x.1.1 patch was also released shortly after these versions to correct version-number detection when checking for updates.

Want to discover Klietsch solutions for SOLIDWORKS?

The Solidxperts team can help you determine which solution is best suited to your design methods and manufacturing needs.

Contact our experts to learn more about SolidSteel parametric, DSTV Assistant, AluFrame Assistant, and LOGIKAL Interface, or watch the full webinar to see these new features in action.