FD-B6L

Arc welding and handling robot, featuring an integrated cable routing design, is engineered to handle all welding tasks and payloads up to 6 kg. By delivering higher process speeds and shorter cycle times, the FD-B6 meets the rigorous requirements of even the most demanding handling applications.

The new FD-B6 (6kg payload) features integrated cabling and pre-installed SynchroFeed connections, delivering high-speed performance and shorter cycle times for demanding welding tasks.

Fdb6l

Main Features

  • Fast: Achieves the fastest cycle times in the industry, significantly shortening takt time.
  • Slim: The built-in wrist motor eliminates interference with jigs and workpieces, while the slim arm design enables high-density installations.
  • Easy to Use: Synchro-feed welding cables are integrated into the arm, eliminating external cable interference. Built-in signal lines and air hoses also support a variety of advanced tools.
  • Powerful: A 6kg payload provides ample capacity for torches and sensors. It fully accommodates advanced welding technologies like Synchro-feed and Cold Tandem.
  • Tough: IP64 environmental rating ensures the robot is dust-proof and splash-proof for demanding conditions.

Fd B6l

Specifications

Type FD-B6L
Number of axes 6
Working range R 2008 mm
Max. payload capacity 6 Kg
Additional payload capacity Axis 3 20 Kg
Protection class upper arm IP65 equivalent (J5, J6 Axis)
Installation type Floor, Wall, Ceiling
Weight 278 Kg

Application Examples

Recommended Products

Elevate your manufacturing process with our industry-leading solutions

At OTC DAIHEN we offer a wide range of solutions designed specifically to meet the needs of the automotive and manufacturing industries. Our recommended products help enhance efficiency, precision, and productivity at every stage of the production line. Explore our premium products below:

CLEAN KIT

Improved operation rate and welding quality

Gas Saver GFC

Gas Saver from OTC Daihen designed

TORCH SENSOR FD-WD

Cost-Effective Precision: High-Speed Position Detection via

Related Case Studies: