ARC1440 Welding Robot – High-Precision Collaborative Cobot for Industrial Welding Tasks
The ARC1440 welding robot is a 6-axis automated equipment specifically designed for industrial welding scenarios, focusing on core welding processes such as MIG/MAG, TIG, aluminum welding, stainless steel welding, and carbon steel welding. With three key advantages-large working radius, high precision, and high adaptability, it perfectly addresses industry pain points of traditional welding, including labor shortages, unstable quality, and low efficiency, providing core support for manufacturing enterprises to upgrade their welding processes to automation.

Key Product Advantages
Full-domain Adaptation, Full Process Coverage
The ARC1440 is deeply compatible with mainstream welding processes including MIG/MAG, TIG, aluminum welding, stainless steel welding, and carbon steel welding, and can handle welding of various metal materials such as carbon steel, stainless steel, and aluminum alloy. It accurately completes simple flat fillet welds, butt welds, as well as complex curved welds and multi-pass welds, meeting the welding needs of industries such as construction machinery, automotive parts, steel structures, and shipbuilding.
High Speed & Precision, Stable Quality Control
Equipped with a 6-axis high-precision motion control system, the 6-axis T reaches a maximum speed of 1353°/s, paired with ±0.05mm repeat positioning accuracy to ensure both high-speed welding and precise forming. Stable trajectory during welding eliminates deviations, resulting in aesthetically pleasing welds with consistent penetration, effectively reducing defects such as porosity and slag inclusions, and greatly improving yield rates.
Flexible Deployment, Unlimited Scenarios
Supports three installation methods: floor-mounted, bracket-mounted, and ceiling-mounted, allowing flexible adjustment of working positions according to workshop space and workpiece geometry. The 1440mm large working radius covers a wider operating area, and the IP56-IP67 high protection rating enables it to adapt to both fixed workshop production lines and complex environments such as outdoor and high-dust conditions, truly achieving "install-and-use, full-domain adaptation".
Cost Reduction & Efficiency Improvement, Fast ROI
Replaces 2-4 skilled welders, enabling 24/7 uninterrupted operation to significantly boost production efficiency while reducing costs of recruitment, training, and labor wages. High-precision welding minimizes waste of welding wires, gases, and other consumables, lowering production costs. Standardized operations eliminate manual welding variations and reduce rework losses, with a typical return on investment (ROI) within 2-3 years, delivering significant economic benefits.
Key Specifications
|
Item |
Specifications |
|
Number of Axes |
6 axes |
|
Working Radius |
1440 mm |
|
Payload Capacity |
10 KG |
|
Protection Grade |
IP56 for J1, J2 axes (IP67 for J3, J4, J5, J6 axes) |
|
Installation Method |
Floor-mounted / Bracket-mounted / Ceiling-mounted |
|
Power Capacity |
4.5 KVA |
|
I/O Signals |
Standard 16 inputs / 16 outputs, 24 VDC |
|
Robot Weight |
210 KG |
|
Repeat Positioning Accuracy |
±0.05 mm (typically in mm) |
|
Application Fields |
Specialized for welding (MIG, TIG, laser welding; applicable to aluminum, stainless steel, carbon steel) |
|
Axis |
Motion Range |
Motion Speed |
|
1Axis S |
±167° |
285°/s |
|
2Axis L |
+80° to -145° |
247°/s |
|
3Axis U |
+145° to -75° |
285°/s |
|
4Axis R |
±190° |
392°/s |
|
5Axis B |
+50° to -210° |
272°/s |
|
6Axis T |
±220° |
1353°/s |
| Welding Efficiency |
Up to 8-15 mm/s (depending on welding material and thickness) |
| Applicable Welding Methods | MIG, TIG, MAG, Stick Welding |
| Applicable Workpiece Material |
Carbon steel, stainless steel, aluminum alloy, copper alloy, etc. |
| Applicable Workpiece Thickness | 0.8-20 mm |
| Welding Current Range | 20-500 A |
| Welding Voltage Range |
10-40 V |
| Protection Rating | IP65 |
| Mounting Options |
Floor-mounted, optional wall-mounted, optional gantry-mounted |
| Programming Methods |
Drag-to-teach, graphical UI, offline programming, mobile app/web remote control |
| Safety Features |
High-sensitivity collision detection, adjustable force/torque control, triple emergency stop, safety warning lights, overload protection, welding arc protection, ISO 13849 (PLe) certified |
| Intelligent Functions |
Optional high-precision visual positioning, workpiece recognition, welding seam tracking, real-time welding parameter adjustment, welding quality monitoring, fault self-diagnosis, data statistics, remote monitoring |
| Operating Temperature |
-5 ~ 65℃ |
| Power Consumption |
≤ 3.0 kW |
| Control Interface |
10-inch touch screen (anti-glare, anti-spatter), mobile app (optional), data statistics & remote monitoring platform |
Typical Applications
Automotive Component Welding
Application Scenario: Automated welding of automotive chassis, frames, seat frames, exhaust pipes, and other metal parts.
Construction Machinery Steel Structure Welding
Application Scenario: Welding operations for heavy steel structures such as excavator arms, loader frames, and crane booms.
Marine & Offshore Engineering Component Welding
Application Scenario: Welding of corrosion-resistant materials for ship hull components, deck fittings, and offshore platform steel structures.
Rail Transit Equipment Welding
Application Scenario: Welding of lightweight metals for subway car frames, rail fasteners, and high-speed rail components.

Factory Environment


FAQ
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