Laser Automation & Material Handling System
iSort Single Beam
iSort System Overview
iSort “Single Beam” Laser Automation & Material Handling System
Entry-level solution for automated loading, unloading and part sorting of modern laser cutting machines:
- Payload capacity up to 140Kg per pick head, ideal for modern fiber laser cutters
- Easy-to-use HMI, for easy programming and operation
- Flexible sorting & stacking options, optimizing logistics
- 2x “Smart” interchangeable robot gripping heads, handling a wide part range including complex shapes
- Expandable to 4 pick heads / double beam at a later stage
- High sorting throughput & process reliability
- Variable base axes length
- Industrial quality, robustness and easy maintenance
- Seamless integration with laser cutters, material storage & logistics systems
Key Benefits
- Full Automation Solution
Sorting Gripper Magazine
Blank Sheet Loading Functionality
Optional Pallet Drawer System
- Smart Robot Pick Head
Highly Flexible Tool Changer
Blank Sheet Gripper Tooling
- Easy-to-Use Operation
Modern HMI System Operator Panel
Handheld Robot Control Panel
Central Greasing System Option
- Robot Control Software
Easy-to-Use Work Preparation Interface
Supervise the Robot System Operation
- Machine Safety & CE Certification
Industrial Safety Compliance
(Machinery Directive 2006/42/EC)
Proven Industrial Safety Components
Professional Quality Electrical Cabinet
Easy-to-Use Software Interface
- Modern web-based user interface (HMI)
- Laser-Cutter Nesting File Import (e.g. WICAM, Laser OEM .dfx & .xml files)
- Seamless sorting job preparation & machine control
- – Selection of suitable workpiece gripper
- – Drag & drop gripper on part to save pickup position
- – Drag & drop part on pallet to save placement position
- – Define custom grippers & pallets to suit your production needs
- – Integrated gripping point database
- – Entire software developed in-house
iSort Laser Automation Solution Video
iSort Large Part Handling 3D Simulation
Isochronic’s “Digital Twin” technology allows precise cycle time estimations, including large part handling with multiple pick heads collaborating to evenly distribute the part weight.
