SourcingAI

Welding robot manufacturers

I have found results from800+products and300+suppliers aboutWelding robot

Anhui Honglu Steel Construction(Group)Co., Ltdmic-icon
Satisfies 1/1 of your requirement
3D Compound Vision Reverse Modeling Free Drawing Steel Structure Welding Robot

3D Compound Vision Reverse Modeling Free Drawing Steel Structure Welding Robot

US$26,000.00-35,000.00
1 Piece(MOQ)
6-Axis Industrial Robot Welding Workstation Automated Arc Welding Robot for Steel Structure Welding

6-Axis Industrial Robot Welding Workstation Automated Arc Welding Robot for Steel Structure Welding

US$30,000.00-35,000.00
1 Piece(MOQ)
High-Precision Multi-Axis Welding Robot with Flexible Manufacture

High-Precision Multi-Axis Welding Robot with Flexible Manufacture

US$26,000.00-35,000.00
1 Piece(MOQ)
Multi-Axis Intelligent Arc Welding Robot for Automatic MIG Welding Metal Fabrication

Multi-Axis Intelligent Arc Welding Robot for Automatic MIG Welding Metal Fabrication

US$26,000.00-34,000.00
1 Piece(MOQ)
Multi-Axis MIG/Mag Welding Robot Arm with Seam Tracking for Metal Fabrication

Multi-Axis MIG/Mag Welding Robot Arm with Seam Tracking for Metal Fabrication

US$26,000.00-35,000.00
1 Piece(MOQ)
Intelligent 3D Vision Guided Seven-Axis MIG Welding Robot Workstation for Building Steel Structure Automated Seam Welding, Max. Arm Reach 2014mm

Intelligent 3D Vision Guided Seven-Axis MIG Welding Robot Workstation for Building Steel Structure Automated Seam Welding, Max. Arm Reach 2014mm

US$26,000.00-35,000.00
1 Piece(MOQ)
Holu Customized 7 Axis Floor Rail Robot Welding System Supporting Model Free Reverse Modeling for Steel Component Production

Holu Customized 7 Axis Floor Rail Robot Welding System Supporting Model Free Reverse Modeling for Steel Component Production

US$26,000.00-35,000.00
1 Piece(MOQ)
6-Axis Industrial Welding Robot Arm, High-Precision MIG/TIG Automatic Welder for Metal Fabrication

6-Axis Industrial Welding Robot Arm, High-Precision MIG/TIG Automatic Welder for Metal Fabrication

US$26,294.00-27,508.00
1 Piece(MOQ)
Intelligent Seven-Axis MIG Welding Robot Workstation for Automated Building Steel Structure Seam Welding, Featuring a 2014mm Maximum Reach

Intelligent Seven-Axis MIG Welding Robot Workstation for Automated Building Steel Structure Seam Welding, Featuring a 2014mm Maximum Reach

US$31,000.00-32,000.00
1 Piece(MOQ)
Automated Intelligent 8 12 15 18m Ground Rail 6 Axis Robotic MIG Welding Cell Qjr6-2000h Robot for Metal Fabrication

Automated Intelligent 8 12 15 18m Ground Rail 6 Axis Robotic MIG Welding Cell Qjr6-2000h Robot for Metal Fabrication

US$28,000.00-35,000.00
1 Piece(MOQ)
Smart Robotic Welding Solution with Automatic Welding and Slag Removal

Smart Robotic Welding Solution with Automatic Welding and Slag Removal

US$31,000.00-33,000.00
1 Piece(MOQ)
Robotic Welding Workstation for Flat Horizontal Fillet Welds, Vertical Fillet Welds and Lap Joint Welding Applications

Robotic Welding Workstation for Flat Horizontal Fillet Welds, Vertical Fillet Welds and Lap Joint Welding Applications

US$30,000.00-33,000.00
1 Piece(MOQ)
Intelligent Robotic Welding Workstation for Fully Automated Welding and Automatic Weld Slag Removal

Intelligent Robotic Welding Workstation for Fully Automated Welding and Automatic Weld Slag Removal

US$30,000.00-33,000.00
1 Piece(MOQ)
Intelligent Robotic Welding Workstation Featuring Automated Welding and Multi-Language Operation Interface

Intelligent Robotic Welding Workstation Featuring Automated Welding and Multi-Language Operation Interface

US$58,000.00-59,000.00
1 Piece(MOQ)

Sourcing guidance for Welding Robot

What are the key technical specifications to consider when selecting a welding robot?

When evaluating a welding robot, you must prioritize the Payload Capacity (typically 6kg to 20kg for standard arc welding) and the Reach/Working Range to ensure it covers your largest workpieces. Pay close attention to Repeatability Positioning Accuracy, which should ideally be ±0.05mm or better for high-precision tasks. Additionally, verify the Degrees of Freedom (Axes); a 6-axis robot is the industry standard for providing the flexibility needed for complex weld paths.

How do I ensure the welding robot is compatible with my existing production line?

Compatibility hinges on Communication Protocols and Software Integration. Ensure the robot controller supports standard industrial interfaces like EtherNet/IP, DeviceNet, or Profibus. You should also confirm if the supplier provides Offline Programming Software and if the system can interface with your specific Welding Power Source (e.g., digital communication for synergic control). Requesting CAD/STEP files during the pre-purchase phase is essential for virtual layout planning.

What international compliance standards must a welding robot meet for cross-border trade?

For safety and legal entry into major markets, the equipment must adhere to ISO 10218-1/2 (Robots and robotic devices — Safety requirements). If exporting to the EU, CE Marking is mandatory, covering the Machinery Directive (2006/42/EC) and EMC Directive. For the North American market, look for UL or CSA certification and compliance with ANSI/RIA R15.06 safety standards to ensure workplace insurance and safety inspections are passed.

What are the typical maintenance requirements for industrial welding robots?

To ensure a long service life (often 8-10 years), a strict maintenance schedule is required. This includes daily inspection of the welding torch and consumables (tips, nozzles), monthly checks of cable harnesses for wear, and annual grease replacement for the robot's reducers. High-quality suppliers on Made-in-China.com often provide detailed O&M (Operation and Maintenance) manuals and video tutorials to assist your local technical team.

Cross-Border Procurement Risks and Strategies for Welding Robots

How can I mitigate the risk of receiving a defective or non-functional robot?

Always utilize Third-Party Inspection services (such as SGS or BV) before the final balance payment. Conduct a Factory Acceptance Test (FAT) via live video stream, where the supplier demonstrates the robot performing a specific weld cycle. Ensure the contract includes a Warranty Period of at least 12-24 months on core components like the controller and motors.

What is the best strategy for negotiating with industrial robot suppliers?

Focus on the Total Cost of Ownership (TCO) rather than just the unit price. Negotiate for spare parts packages (e.g., extra teach pendants, cables, and motors) to be included in the initial price. For bulk orders, aim for a 10-15% discount, or request free technical training sessions for your engineers, which can save thousands in operational costs later.

How should I handle the shipping and installation of such heavy, sensitive machinery?

Welding robots are precision instruments and must be shipped in Vacuum-sealed, Anti-rust packaging within Reinforced Plywood Crates. Use FOB or CIF terms to clearly define risk transfer. Ensure the supplier provides Remote Installation Guidance or check if they have local service partners in your country to assist with the physical setup and calibration.

How can I ensure transaction security when purchasing high-value equipment?

Use secure payment methods and platforms. Made-in-China.com offers trade security services that protect your funds until the goods are shipped. Avoid direct wire transfers to unknown accounts; instead, use Escrow-based systems or Letters of Credit (L/C) for large-scale industrial transactions to ensure the supplier meets all contractual obligations before receiving payment.

Related queries