6 Axis Welding Robot

The robot's extended working reach and multi-axis movement make it suitable for automated welding of large machine frames where multiple weld positions need to be reached from different directions.

CRP's welding applications include automotive parts and chassis, where repeatable robot movement can support consistent welding operations across recurring component designs.

For smaller components such as hardware connectors, the robot's multi-axis movement and repeat positioning accuracy can support repetitive welding operations where consistent tool positioning is important.

The robot can be applied to structural metal components made from materials such as carbon steel and stainless steel, supporting automated welding where repeatable movement and production consistency are required.

The 2012mm reach provides a broader working envelope for applications involving large machine frames, automotive chassis, and other larger fabricated components, reducing the need to reposition the robot for every welding area.

Six-axis movement allows the welding tool to approach workpieces from multiple directions, making the robot suitable for applications where weld locations vary across different surfaces or orientations.

The 6-axis vertical articulated structure provides multi-directional movement, allowing the welding tool to approach different areas of a workpiece with greater flexibility than a fixed-axis setup. Its J1–J6 movement ranges provide the motion required for varied welding positions within the robot's working envelope.

With a maximum reaching distance of 2,012 mm in the technical specifications, the robot provides a relatively large working envelope for welding applications involving larger workpieces or multiple welding positions.

The compact robot body supports flexible installation in different workstation layouts, with ground, upside-down, and wall mounting available. This gives manufacturers more options when arranging the robot around the workpiece and available production space.

The built-in high-flexibility welding cable is designed to accommodate frequent movement across six axes while reducing exposure to external damage. Internal cable routing also helps keep the robot body organized and can reduce maintenance caused by exposed cables.

A built-in three-phase transformer isolates 380V and 220V power supplies to help reduce the effect of voltage fluctuations on welding performance. This design provides a more stable power environment for automated welding operations.

The robot incorporates a built-in dual-circuit gas hose and a 44 mm center hole on the sixth axis for welding tool integration. The center hole accommodates both water-cooled and bellows welding guns, while the internal gas routing supports direct connection to welding gas equipment.

CRP can provide standard control and electric cabinets as well as customized configurations based on project requirements, allowing the robot system to be matched with the customer's intended application.

Interconnection cables are available in standard and extended lengths, including 5 m, 8 m, 10 m, and 15 m options, with custom lengths available for specific installation requirements. Teach pendant cable lengths can also be configured from 6 m to 15 m or customized when required.

CRP offers built-in transformer options of 3,000 W, 5,000 W, and 8,000 W, with other specifications available upon request. This allows the electrical configuration to be considered alongside the robot and welding system requirements.

Model E and Model C teach pendants are available, while the system interface can be configured according to language and labeling requirements. These options help customers align the control interface with their operating environment.

The standard color is RAL 5015 Blue, with several additional RAL colors available for project requirements. Other colors can also be customized, with a 45-day lead time for other color options.

Customization follows a defined process covering in-house evaluation, conceptual design, raw material preparation, mass production, performance testing, automated testing, and sample completion. This provides a structured route from project requirements to a tested customized product.

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 serve different automation requirements while maintaining a centralized supplier relationship.

CRP operates an integrated manufacturing base with dedicated production capabilities for robot bodies, core components, assembly, dressing installation, and performance testing.
Manufacturing capabilities include:
• 30,000 m²+ manufacturing base
• 30,000 sets annual production capacity
• 300+ employees
• Integrated robot manufacturing & testing
This production foundation supports consistent manufacturing and provides distributors with a more stable basis for long-term product supply.

CRP provides technical and application support through its professional service network to help customers and partners with robot selection, project implementation, operation, and maintenance.
Technical support includes:
• Technical consultation
• Application guidance
• Project planning
• Maintenance support
• Localized service
This support structure helps distributors and end users address technical requirements throughout the application and service process.

CRP provides lifecycle support covering warranty service, repair, replacement, and spare parts to help customers maintain their robotic equipment after delivery.
After-sales support includes:
• 2-year robot warranty
• Repair support for up to 5 years after product discontinuation
• Replacement support for up to 10 years
• Spare parts availability
This long-term service policy gives distributors and end users greater confidence when planning equipment maintenance and continued operation.