Lantek celebrates anniversaries and V46 at EuroBLECH 2026

At EuroBLECH 2026 in Hanover, Lantek is celebrating a double anniversary: 40 years of global existence and 30 years of presence in the DACH region. The software specialist, which has evolved from classic CAD/CAM programming to a global provider of networked manufacturing processes, is using the trade show to present the 46th version of its software portfolio. With over 40,000 customers in more than 100 countries, Lantek now supports over 4,500 different machine models and is driving digitalization toward the smart factory in sheet metal processing.

Software Update V46: Advanced Automation
The "Lantek V46: Further" update presented at the trade show aims at the intelligent integration of complex production environments. Key innovations include the further development of iQuoting for intelligent, cloud-based quoting, as well as high-performance nesting in Lantek Expert specifically for punching machines. For tube and profile manufacturing, Lantek Flex 3D now offers advanced assembly imports and high-precision tenoning functions. Furthermore, the integration of Lantek Bend has been deepened, and the Stackmaster has been redesigned for automated material flow to continuously optimize data flow across the entire machine park.

Vendor Independence as a Growth Driver
The opening of the German office 30 years ago occurred during a time when closed, machine-bound software ecosystems dominated the market. According to Christoph Lenhard, Sales Director for the DACH region from the very beginning, the breakthrough lay in consistent vendor independence. This open architecture enables metalworking companies to flexibly scale their machine parks and switch brands without having to replace their central programming and control software. The trade show appearance is accompanied by a complete relaunch of the global website, which now also offers dedicated resources and best practices for industrial cybersecurity in sheet metal manufacturing.

Additional Context: Vendor-Independent Post-Processors and Dynamic Nesting
This section details technical specifications and software architecture details not included in the original press release.

In modern sheet metal processing, the vendor independence of CAD/CAM software is a massive software architecture challenge, primarily solved through the development of highly complex post-processors (drivers). Every CNC machine—whether laser, plasma, waterjet, or punching—uses specific M- and G-codes to control parameters such as cutting speed, gas pressure, focal position, or punching stroke. A universal software platform like Lantek must exactly translate the neutrally generated geometry data via machine-specific post-processors into the native language of the respective controller, without losing proprietary machine functions (like high-speed fly cutting or setting micro-joints). Furthermore, modern nesting engines rely on heuristic algorithms to minimize material waste down to tenths of a millimeter. For combination punch-laser machines, the algorithm must not only optimize the geometric arrangement of parts on the sheet metal but also plan a collision-free machining sequence. This is crucial to avoid the dreaded "tip-up" effect, where the cutting head collides with previously cut and tilted sheet metal parts.

Edited by industrial journalist Lekshman Ramdas, with AI assistance.

www.lantek.com