The software imports CAD models and generates toolpaths for saws or 3D laser machines. 

It automatically adjusts miter angles, bevels, and drilled holes. 

Lantek Flex3D Steelwork enables precise cutting programs for complex structures.

Nesting must balance material usage with assembly requirements.

Algorithms consider bar length, cutting angles, and part quantity. 

​Lantek Flex3D Steelwork manages these variables to reduce waste and support assembly processes.

A complete solution integrates design, nesting, and CNC programming. 

It manages different materials and thicknesses in a single system. 

Lantek Flex3D Steelwork connects design, calculation, and production in one platform.

It is a 3D CAD/CAM software solution for designing, machining, and cutting structural metal profiles such as beams, tubes, and custom sections. It supports multiple cutting and machining technologies within a unified environment.

It supports I, U, L, T, H, square, rectangular, and round profiles, as well as custom geometries imported from CAD systems.

Yes. The system manages drilling, tapping, countersinking, shearing, and marking operations in both manual and automatic modes.

The 3D environment provides full visualization, collision control, accurate simulation, and better management of complex geometries. Parametric design simplifies modifications.

Yes. It imports DSTV, SAT, and CAM files with geometry and project data such as materials, quantities, and customer information.

Through simulation that displays toolpaths and machine movement. The system detects risks and allows corrections before execution.

Yes. The system stores remnants and includes them automatically in future nesting processes.

Yes. It supports plasma, oxy-fuel, sawing, shearing, and marking across different machine configurations.

It reduces errors and preparation time, allows validation before production, and improves workflow efficiency and cost control.

Yes. It integrates with Lantek Integra, Lantek Manager, and other CAD/CAM modules for end-to-end production management.

It is the process of cutting or machining structural profiles such as beams or tubes in materials like steel, stainless steel, aluminum, or alloys, commonly used in industrial manufacturing and construction.

Technology type, feed rate, material thickness, clamping, and toolpath programming all influence precision. Simulation improves accuracy before execution.

Fiber laser, plasma, oxy-fuel, CNC saws, and waterjet are commonly used, depending on material and application.

Common formats include STEP, IGES, SAT, DSTV, and DXF, supporting both 2D and 3D designs.

By importing geometry, defining operations, simulating toolpaths, and generating CNC code. Templates can be applied for repetitive parts.

It requires optimizing bar usage, managing remnants, and defining cutting sequences to avoid deformation.

Through 3D simulation that detects interferences and unsafe movements before execution.

It allows validation of operations, detection of errors, and adjustment of parameters, reducing testing and improving safety.

Yes. Scrap management enables reuse in future nesting operations.

Through ERP and MES integration, enabling order management, material tracking, scheduling, and traceability.