Yaskawa AR1440 Laser Welding Robot with Wire Feeder and Torch

Overview

• • This Yaskawa AR1440 is configured for laser welding duty.
• • A wire feeder and torch set support filler wire addition during welding.
• • The arm weighs 150 kg and mounts on a 361 mm square base.
• • Laser welding limits heat input and distortion on thin sections.

Specifications

Advantages

• • Laser welding limits heat input, which reduces distortion on thin parts.
• • A wire feeder adds filler wire for gap tolerance on real parts.
• • A 150 kg body with a 361 mm base fits compact laser cells.
• • Narrow seams reduce post weld dressing work.
• • IP54 protection suits bays with spatter and metal dust.
• • Programs are stored per part for repeat production.
• • Packaging follows export crate standards with rust protection for sea freight.
• • Commissioning support covers safety checks, program handover and operator training.
• • Spare parts for common wear items and cables are held in local stock.
• • Documentation includes layout drawings, wiring schematics and a maintenance schedule.
• • Remote diagnostics are available for controller and drive faults during the warranty period.
• • Installation supervision can be scheduled with delivery to shorten ramp up time.
• • Acceptance testing is performed before shipment and a report is filed for the project.
• • Operator training covers daily checks, safe restart and basic program edits.
• • Fixtures are designed to suit the part family named in the project brief.
• • Safety circuits follow the plant standard and are documented for sign off.
• • Trial production runs are supported on site before acceptance.
• • Wear parts are specified with local part numbers for easy reordering.
• • Programming files are handed over in the controller project archive.
• • Warranty visits cover calibration checks during the first operating year.
• • Spare cable sets and connectors are recommended for continuous operation.
• • Loader and unloader interfaces are tested against the line PLC before handover.
• • Cable routing and dress pack layout are reviewed against the arm envelope before shipment.
• • Cycle time estimates are issued with the layout drawing for planning purposes.

Applications

• • Laser welding of thin sheet assemblies.
• • Welding stainless and coated steel parts.
• • Welding seams that need minimal distortion.
• • Welding sensor and bracket assemblies.
• • Welding cells for appliance and cabinet parts.

FAQ

• • What welding process is used? Laser welding with filler wire supplied through the included feeder and torch set.
• • Why laser welding? Heat input is lower, which reduces distortion and post weld dressing on thin sections.
• • What base size is needed? The arm mounts on a 361 mm square base plate.
• • Is video inspection available? Outgoing inspection video is not listed, while a machinery test report is provided.