HighSpeed Cell for Nut Welding

Project Objective

The project aimed to develop a high-speed automated welding cell, consisting of two independent stations, each equipped with a robot and an HSFS (High Speed Fastener System) welding system. Objective: fast and precise welding of metal components, with automatic quality control.

General Description

Each station includes:

  • Industrial robot for handling and welding;
  • HSFS system for fast and precise welding;
  • PinPoint loading station for part placement;
  • Conveyor belt for finished parts;
  • Automatic container for non-compliant parts.

The process is fully automated after part loading:

  • The operator places the part;
  • The robot picks it up and welds it;
  • The part is transferred to the output belt;
  • Non-compliant parts are automatically removed;
  • Compliant parts are taken for packaging.
ISO View of the Robot

ISO View of the Robot

Advantages, Features, and Challenges

Key Benefits:

  • Reduced cycle time due to HSFS technology;
  • Complete automation with minimal operator intervention;
  • Automatic quality control and rejection of defective parts;
  • Improved ergonomics and increased safety through separation of work areas.

Main challenge: developing universal grippers capable of efficiently handling a variety of parts.

Process Demonstration (Reality vs Simulation)

Conclusion

The HSFS cell offers a high-performance solution for automated production of welded components, with high efficiency, safety, and scalability. It is easy to integrate into existing or new lines and ensures consistent product quality.

Brief description

CenterLine Windsor implemented an automated HSFS welding cell, and CenterLine Romania contributed to its design, ensuring reduced cycle times, consistent quality, and safety in automotive production.

Client

Challenge Manufacturing

Industry

Automotive

Services delivered

Automated cell design

Completion year

2024

Impact

25% cycle time reduction