Datalogic AREX400 Laser Marker
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NG # 005026-HW-DATALOGIC-026
Manufactured by:
The AREX400 laser marking system is one of the top-performing Fiber Laser Technology laser markers. Ideal for industrial Direct Part Marking (DPM) applications; the marking head on the AREX400 is equipped native communication protocols, embedded Safe Laser Off (SLO), IP64 environmental resistance on the marking head, and more. Available in several configurations and power sizes, powered by the Lighter Software Suite, this laser marking system is perfect for many different industries including automotive, aerospace, electronics, food and beverage, manufacturing, and many others.
Specification
- Scanhead with ultra-compact design, IP64 protection, and laser marking GreenSpot
- No external PC or additional hardware required; all-inclusive design
- High-performance embedded PC with EWF enhanced Write Protection
- Built-in EtherNet/IP, Ethernet TCP/IP, and Profinet communication protocols
- MARVIS (Mark and Validate Integrated Solution) compatible for zero-defect traceability
- Robot-ready with high-resistance cables and conduit
- Built-in SLO (safe laser off) with failsafe circuit, double safety relays, and redundant feedback that combines a laser stop and remote interlock
- Low noise cooling and quiet operations
Description
AREX400 is the top performing family of laser markers based on Fiber Laser Technology, dedicated to industrial Direct Part Marking (DPM) applications. AREX400 offers IP64 environmental resistance on the marking head, native communication protocols, quiet operations and embedded Safe Laser Off (SLO).
Powered by the innovative Lighter Software Suite, Arex400 is available in several configurations and power sizes to ensure the best results on nearly every application.
The new AREX401 has the same compact and rugged scan-head design and delivers an incredible average power of 100W, expanding the marking capabilities on automotive and aerospace components in terms of marking speed and engraving depth. This ensures reliable traceability on components that are exposed to high stress and wear or that are subject to aggressive post processing and finishing.