TIG Welding Robot

The robot can support automated TIG welding of stainless steel components where consistent torch positioning and controlled welding movement are important to the finished weld.

TIG automation can be applied to thin-wall components where welding operations require controlled movement and consistent execution across repeated workpieces.

The robot's ±0.08 mm repeated positioning accuracy supports applications involving precision metal components where repeatable tool positioning is an important part of the welding process.

Six-axis movement allows the welding tool to approach different surfaces and welding positions, while the compact forearm helps improve accessibility around more complex workpiece geometries.

The robot is suitable for repetitive TIG welding tasks with defined welding paths, helping manufacturers maintain consistent robot movement across recurring production cycles.

With a 6 kg maximum payload and 1468 mm maximum reaching distance, the robot is suited to workpieces whose size and weight fall within its specified working envelope.

The high-speed motor and optimized software improve robot motion efficiency for TIG welding applications, helping shorten production cycles. Compared with the previous generation, the optimized design increases the production beat by up to 20% while maintaining the positioning performance required for automated welding.

The lightweight robot structure and reduced forearm size make the system easier to arrange within compact welding workstations. Its smaller overall footprint also improves accessibility around the workpiece and provides greater flexibility when planning robot installation and peripheral equipment.

Dustproof covers on the J1 and J2 axes help protect critical moving components from the welding environment, while the fully enclosed welding gun provides additional protection during operation. This structure is designed to support more stable performance in demanding welding conditions.

The hollow J4 and J6 axes provide internal routing space for welding-related components and support the use of hollow welding guns. This configuration helps reduce external cable exposure while giving the welding tool greater flexibility during multi-axis movement.

Built-in user lines, gas pipes, and welding cables create a cleaner internal routing arrangement throughout the robot structure. By keeping key lines within the robot body, the design helps reduce interference with robot movement and simplifies workstation integration.

With a repeat positioning accuracy of ±0.08 mm, the robot provides consistent positioning for repetitive TIG welding operations. Combined with six-axis movement and a 1,468 mm maximum reaching distance, the configuration supports precise tool access across different welding positions.

Robot configurations can be adjusted according to the welding application, workpiece requirements, and workstation layout, allowing the TIG welding robot to better match different automation projects.

Interconnection cables are available in standard and extended lengths, including 5 m, 8 m, 10 m, and 15 m options, while teach pendant cables can be configured from 6 m to 15 m or customized for specific installation requirements.

The robot can be configured with welding tools suited to TIG applications, with hollow-axis routing supporting a more organized connection of the welding gun, cable, and gas line within the robot structure.

Electrical configurations can be adapted through options such as transformer power, electric cabinet configuration, teach pendant selection, and system interface requirements to suit different project conditions.

System interfaces can be configured according to application requirements, including language and labeling options, helping customers align the robot control system with their operating environment.

The standard robot color is RAL 5015 Blue, while additional RAL colors and customized color options are available for projects requiring specific branding or equipment appearance.

CRP operates a robot and core component manufacturing base covering more than 30,000 square meters, with an annual production capacity of 30,000 sets and more than 300 employees. Its production process includes core component manufacturing, robot assembly, robotic dressing installation, and robot testing.

CRP conducts inspection on core robot components and uses three-coordinate measurement to verify key dimensions of robot castings and machined parts. Material composition, hardness, dimensions, and appearance are also checked before components enter production.

Each robot undergoes performance testing before delivery, including maximum-load aging, repeat positioning accuracy, noise, abnormal sound, and electrical cabinet compatibility checks. Welding equipment, welding guns, and wire feeders can also be configured and tested according to the order requirements.

CRP applies a self-developed 50-point calibration process to industrial robots below 50 kg to verify positioning accuracy across multiple points. The calibration provides an additional precision check before the robot is released for delivery.

CRP implements quality controls throughout machining, assembly, dressing installation, and final testing rather than relying only on final inspection. This production-stage approach helps maintain consistency across robot components and completed systems.

CRP's industrial robots have obtained CE certification and SGS quality testing reports, providing documented quality evidence for international markets. Its inspection and testing procedures cover key stages from incoming components to finished robot performance.

CRP offers a comprehensive industrial robot portfolio covering welding, handling, palletizing, collaborative applications, and related automation components, giving distributors access to multiple product categories from one established supplier.
The product range includes:
• Welding Robots
• Handling Robots
• Palletizing Robots
• Collaborative Robots
• Core Robot Components
This broad product portfolio allows partners to address different automation requirements while maintaining a centralized supplier relationship.

CRP operates an integrated manufacturing base of more than 30,000 m² with an annual production capacity of 30,000 sets and more than 300 employees, supporting consistent production across its industrial robot portfolio.
The manufacturing system includes:
• Core Component Production
• Robot Assembly
• Robotic Dressing Installation
• Performance Testing
This integrated production capability provides partners with a stable manufacturing foundation for ongoing product supply.

CRP provides technical support and training services to help customers and partners apply TIG welding robots and other automation products more effectively throughout their projects.
Support includes:
• Technical Training
• Application Guidance
• Maintenance Support
• Spare Parts Supply
A global service team supported by more than 60 technicians provides technical assistance and localized support for customers and partners across different markets.

CRP provides lifecycle-oriented after-sales support covering warranty service, maintenance, spare parts, and continued technical assistance to help customers maintain equipment availability after delivery.
After-sales support includes:
• 2-Year Robot Warranty
• Spare Parts Support
• Repair Support for Discontinued Products for Up to 5 Years
• Replacement Support for Up to 10 Years
This long-term service structure gives distributors and end users greater confidence when planning equipment maintenance and future replacement needs.