SFRW-1214 Robotic Automated Welding System Solution

SFRW-1214 Robotic Automated Welding System Solution

• Free English technical solution PDF covering welding requirements, system layout, process planning, robot and laser configuration, dual-axis positioning, safety protection, and the equipment configuration for an automated robotic laser welding system.

  This Laser Insights China download presents a complete robotic welding solution for bellows, flanges, and inner liners. It is a practical reference for welding engineers, automation integrators, production managers, technical buyers, and manufacturers evaluating automated laser filler-wire welding and laser self-fusion welding systems.

  If you would like to purchase the physical product, you can click here.

  Good For

  • System Planning: Reviewing the proposed robot, laser, welding head, integrated water-cooled cabinet, fixtures, positioner, and safety system.

  • Welding Process Development: Understanding the use of laser filler-wire welding and laser self-fusion welding for Inconel 625, 409NImod, and 304 stainless steel assemblies.

  • Automation Integration: Studying robot reach, motion control, teach-pendant functions, external axes, workpiece positioning, shielding-gas arrangements, and system workflow.

  • Technical Purchasing: Checking major equipment models, capabilities, technical parameters, quantities, and the system configuration list.

  • Production Evaluation: Assessing workpiece requirements, environmental conditions, welding accessibility, manual loading, and fixture requirements before implementation.

  How To Download

  Add this technical solution to your cart and complete the free checkout. The English PDF file will be delivered through our digital-download system.

  Note: This item is a downloadable technical solution PDF only. The robot, fiber laser, welding head, water-cooled cabinet, positioner, fixtures, safety enclosure, wire feeder, accessories, and related equipment are sold separately.

  Technical Download Details

  The document covers customer welding requirements, workpiece conditions, the recommended welding process, overall system layout, fixture and shielding-gas arrangements, main equipment descriptions, technical specifications, safety protection, and a detailed equipment configuration list.

  Key Technical References

  • Document type: Robotic automated welding system technical solution.

  • Language: English.

  • Primary applications: Internal circumferential welding of bellows and flanges, plus welding of bellows to inner liners.

  • Welding processes: Laser filler-wire welding and laser self-fusion welding.

  • Industrial robot: ARC12-1400, six controllable axes, up to 12 kg payload, 1479 mm working radius, and repeatability of ≤±0.03 mm.

  • Laser source: Raycus RFL-C2000H 2000 W fiber laser.

  • Laser welding head: Raytools BF03S with up to 3000 W supported power and QBH compatibility.

  • Integrated cabinet: Hanli SCH-2000 integrated water-cooled cabinet with built-in chiller and multiple alarm protections.

  • Positioner: B2W-300 dual-axis positioner with 300 kg rated load, ±180° horizontal rotation, and ±135° vertical rotation.

  • Power supply: Three-phase AC 380 V, 50 Hz ±1 Hz, with power fluctuation below 10%.

  • Working environment: 5-45°C and relative humidity below 90%.

  Before Using The Equipment

  Safety Note: Robotic laser welding equipment must be integrated and operated by trained personnel in a controlled work area. Appropriate laser protection, guarding, interlocks, emergency-stop devices, grounding, ventilation, shielding-gas controls, and applicable robot and laser safety procedures are required.

  Digital Delivery

  This item includes one English PDF titled Robotic Automated Welding System Solution. Complete checkout to receive the file through the store's digital-download system.