Automating Multi-Process Sheet Metal Cutting Systems

Sheet metal fabricators and machine builders are modernizing production lines by transitioning traditional thermal cutting machines to high-precision laser operations. Eckelmann provides integrated CNC automation platforms that consolidate multi-process cutting controls, drive systems, and CAD/CAM software into a single operating architecture.

Cross-Technology Automation for Thermal and Mechanical Cutting
Industrial fabricators face operational overhead when managing disparate control interfaces across different thermal and mechanical cutting processes. The platform addresses this fragmentation by unifying laser, plasma, oxy-fuel, and waterjet functionalities within a single software environment. Equipment manufacturers can configure entry-level systems, high-resolution machines, and heavy-duty industrial platforms using identical operating parameters. By standardizing human-machine interfaces across these disparate cutting processes, facilities eliminate redundant operator training and streamline production scheduling across mixed-technology shop floors.

Integrated Hardware and Digital Workflows
Traditional machine development requires original equipment manufacturers to integrate discrete CNC units, servo drives, digital controllers, and nesting software from disparate vendors. The pre-integrated system bundles industrial computers, drive controllers, servo motors, and cabling into preconfigured assemblies. Process execution connects directly to computer-aided design systems via native DXF file import and nesting tools, accessible either directly at the operator interface or through standalone workstations. Machine builders reduce engineering development hours because fieldbus interfaces, process databases, and laser cutting head integration parameters are pre-commissioned within the internal firmware.

Compact Modular Control Enclosures
Small and mid-sized machine platforms often contend with spatial constraints and extended commissioning schedules. To resolve this, control, drive, and processing units are integrated into a compact enclosure measuring 60 by 50 by 25 centimeters. This pre-assembled configuration enables rapid field installation for light industrial machinery and simplifies retrofit projects on existing mechanical frames. Modernized machinery and newly deployed units can run on the exact same digital platform, communicating operational metrics upstream to manufacturing execution networks via OPC UA protocols.

At the FABTECH exposition held October 21 to 23 at the Las Vegas Convention Center, Eckelmann demonstrated this control suite alongside simulation modules and modular drive units at Booth S39062. Dr. Marco Münchhof, member of the Executive Board, stated that the ongoing industrial migration toward laser technologies requires flexible control systems that lower technical friction when upgrading legacy thermal machinery. Production and core development originate at the corporate headquarters in Wiesbaden, Germany, while North American field service, application support, and component warehousing are based in Houston, Texas.

Additional Context
This section details technical specifications and competitive benchmarking not included in the original product announcement.

Industrial CNC cutting architectures depend heavily on determinism, fieldbus standardization, and process integration. Eckelmann bases these systems on its proprietary EXC89 and EXC880 industrial multi-axis motion controllers, which coordinate real-time trajectory calculation alongside digital servo drives over real-time Ethernet protocols such as EtherCAT. This integrated hardware setup enables microsecond-level synchronization required for dynamic laser piercing, height sensing adjustments, and path cornering controls.

In the global computer numerical control cutting sector, primary platform benchmarks include systems manufactured by Beckhoff Automation and the Hypertherm Automation division.

Hypertherm systems, particularly the EDGE Connect series, represent a major industrial standard for thermal cutting automation, primarily in plasma and oxy-fuel operations. While Hypertherm provides deeply optimized proprietary process parameters and torch height controls for plasma systems, its control environment is less commonly deployed as an open, universal platform across high-power fiber laser machines.

Beckhoff Automation approaches cutting machinery through PC-based control hardware and TwinCAT software. Beckhoff delivers open, high-performance EtherCAT motion control adaptable to laser, plasma, and waterjet systems. However, Beckhoff functions primarily as a component and platform framework provider, requiring machine builders or systems integrators to program process-specific cutting macros, height-sensing control loops, and HMI layers from fundamental software libraries.

The platform developed by Eckelmann positions itself between these models. It integrates dedicated, pre-configured cutting technology packages comparable to turnkey plasma solutions while maintaining the multi-process scalability and open-standard industrial PC architecture characteristic of generalized modular automation platforms.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

www.eckelmann.de