ALU Series Laser Automation Solution
Lights-out production. By design.
The Global Standard.
With 100,000 installations and 40,000 industrial partners, Han’s doesn’t just participate in the market. It defines it.
Automated Factory Cell
The ALU is an integrated automation system for laser cutting operations. It combines raw material storage, automated loading and unloading, an RGV transfer system, and safety interlocking into a single production cell. Once loaded, it runs continuously with minimal operator intervention.
Engineered for Mixed Production.
Most automation systems force you into long runs of a single part. The ALU doesn’t. Built around small-batch, high-mix production, it adapts to your order book—not the other way around. Today’s run of 200 brackets. Tomorrow’s run of 20 chassis panels. Same cell. No reconfiguration.
Flexible by Layout.
A single hanging-beam structure allows the ALU to integrate into existing factory layouts without major redesign. An open C-type walking frame supports flexible configurations, including large-format cutting, small-format automation, or mixed production setups.
Safety Built In.
The ALU integrates electronic interlocking fences, anti-collision unloading, and automated sequencing to control all motion within the cell. Built for unattended operation with consistent and repeatable system control.
Unrivalled Results.
Engineered from every angle.
World-Class Integration.
The ALU Series unifies the world’s most elite components, from Swiss precision to German motion logic, into a single platform.
Core Specifications.
- Format Range: ALU3015-A (≤3m x 1.5m x 6mm) | ALU4020-A (≤4m x 2m x 3mm).
- Warehouse Capacity: 3T / 90mm one-way load.
- Robot Speed: Up to 40m/min horizontal traverse.
- Operation: Manual (offline) or Automatic (online) — PLC controlled.
- Configuration: Multi-row warehouse | RGV sorting | Anti-scratch unloading.
Brochure.
Performance is in the data. Secure the ALU Series brochure—including layout schematics, throughput modelling, and configuration options for multi-machine cells.