Industrial Automation Gantry Robot Used in Laser Cutting Machine Loading and Unloading Equipment

Herochu Industrial Automation Gantry Robot for Laser Cutting Machine Loading and Unloading Equipment

A laser cutter is only profitable while its beam is on. The minutes spent jogging, loading, squaring, and unloading are minutes that never appear on a shift report, yet they decide whether a quotation wins or loses. Herochu’s industrial automation gantry robot removes those invisible minutes, turning a stand-alone fiber laser into a self-feeding production cell that starts at $3,660 and ships CE-, UE-, and ISO 9001-compliant.

Purpose-built for sheet metal processors who run 3000 × 1500 mm or 4000 × 2000 mm tables, the gantry frame is a single-piece, stress-relieved weldment. Five-stage aging treatment eliminates residual stress, so the beam holds positional accuracy of ±2.5 mm at full traverse speed of 35 m/min—year after year, three shifts per day. Rack-and-pinion drives with planetary gearboxes deliver repeatability without the backlash common to belt systems, while oversized linear guides rated for 20,000 km of travel keep acceleration smooth even when the payload hits the 800 kg limit.

Minimum sheet size is only 500 × 500 mm for feeding and 50 × 50 mm for finished parts, eliminating the traditional gap between high-mix and high-volume work. Vacuum pods mounted on a quick-change beam adjust in seconds; swap the pod pattern and the same cell handles kitchen hoods at 6 a.m., advertising panels at noon, and electrical enclosures by evening. A built-in roller table pre-positions each plate, shaving an average of 12 seconds from every load cycle. Over a 2,000-sheet week, that is six additional operating hours returned to the cutting head.

The control ecosystem is open: Ethernet/IP, Profinet, and Modbus TCP come standard, so integration with existing MES or nesting software requires no proprietary black boxes. Recipe management stores up to 200 part programs; call up a job and the gantry automatically selects the correct pod layout, suction pressure, and unloading stack. When demand spikes, daisy-chain two or three laser machines to a single robot shuttle; the extensible rail system snaps together in under four hours without crane rental.

Power is 220 V single-phase at 50/60 Hz, drawing less than 3 kW—low enough to run on existing shop circuits, yet through regenerative braking it returns energy to the grid during deceleration. An electric exchange trolley rides beneath the gantry, collecting skeletons and finished parts in separate trays. The result is an automation footprint barely larger than the laser bed itself; aisle width can remain the statutory 900 mm, freeing premium floor area for future machines.

Safety meets Category 3 PL d without sacrificing speed. Laser scanners create a 2 m protective field that retracts automatically when the operator enters the service zone, then re-arms instantly on exit. No light curtains to block, no keys to turn; productivity stays high, and OSHA stays happy. All cables are routed inside the beam; the only external umbilical is a single quick-connect power cable, so relocation for plant re-layouts takes one technician and a pallet jack.

Typical payback arrives in nine to twelve months. A Midwest fabricator running 4 mm mild steel increased average daily laser-on time from 4.2 hours to 7.8 hours within four weeks of commissioning. Labor dropped from two operators per shift to one part-time attendant, freeing a skilled technician for higher-margin brake-press work. Monthly scrap fell 1.8 % because plates are now squared by the robot’s vision system, not by eye.

Installation and support follow a proven script. The gantry ships in three pre-cabled sections that bolt together in under two hours. Our field engineer arrives the same afternoon to calibrate, train, and hand over the CE declaration of conformity. Remote diagnostics via VPN allow firmware updates and fault tracing without a site visit; 97 % of service calls are resolved within 30 minutes online.

Optional modules for tomorrow’s growth
• Automatic sheet label printer for traceability
• Second shuttle for skeleton removal while the next sheet loads
• 3 kW servo upgrade for 45 m/min traverse when cycle time becomes the bottleneck
• Stainless steel enclosure for food-grade or coastal environments

Herochu’s industrial automation gantry robot does not merely load and unload; it redefines what a laser cutter is expected to do. From the first shift it adds capacity, from the first month it adds margin, and from the first year it adds the confidence to bid on jobs that once felt out of reach. Contact our applications team with your table size, material mix, and target throughput; we will return a cycle-time simulation and ROI report within 24 hours.