Scalable Solution for Industrial Laser Processing
Fast Configuration & Implementation – Exceptional Contouring – High Throughput
Today, requirements of machine builders in precision automation, such as laser processing cannot only aim at achieving the desired specifications at a purely component level. In order to reach their desired high performance, a coordinated and harmonized design and operation of the overall system is required. For example, laser processes must produce tiny geometries in the micrometer range while enabling consistent, accurate and dynamic machining in multiple dimensions. With the standardized integrated approach for multi-axis systems, the X-417 supports machine builders to quickly configure and integrate the appropriate requirements, helping them to optimize their design and development time and ultimately become more competitive and able to expedite on their customers’ and individual demands.
- High-load ball screw linear stage with holding brake for avoiding collision
- Robust industrial IP65 connectors for flexible cable exit
>> L-412 High-load linear stage
- High-dynamic ironless linear motors for fast and precise contouring
- Reference edge to ease the alignment in the machine
- Connector for purge air, side seal and hard cover to protect against particles
- XY drag chain cable management for smooth integration
>> V-417 High-load linear motor stages
- ACS EtherCAT® network motion control
>> G-901 Motion Controller - Synchronization of motion to laser/event for high-accuracy cutting at high speeds
>> PEG / Laser Control Module* - Servo control for improved tracking at higher duty cycles and for disturbance rejection
>> ServoBoost™* - Support of higher level languages: C, C#, .Net, LabView™, MATLAB®, Visual Basic®, Python
- G Code* for CNC-support
Scalable Standard Integration Levels with Flexible Travel Ranges, Payloads, Mounting Options and Optional Accessories
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X-417 Scalable Integrated Multi-Axis System
Fast Configuration, Delivery, and Startup to Accelerate the Implementation of Precision Automation Processes
Advanced Control Technology for Laser Material Processing
How to make it easier for system integrators to design and build advanced systems for a new age of laser applications