Manufacturing Automation

Automated Production Lines

Designing standard platform framework for collaborative robotics and inspection devices, enabling rapid automation.

Implementing virtual programming has significantly reduced the time required to produce new articles. This user-friendly system allows operators to easily transfer their expertise to the machines, streamlining the production process.

Our dedicated hardware, including tool magazines, alignment systems, and electric spindles, has been developed to our own design with multidirectional compensation, making it an essential element in ensuring a successful manufacturing process.

In addition, the use of robots in modern process manufacturing guarantees absolute quality, precision, and flexibility, eliminating the repetitive tasks associated with traditional automation methods.

This approach ensures that every product meets the highest standards of quality and delivers the required flexibility to adapt to changing demands.

Standard Platform Framework Manufacture
Integration of standardization, modularization, and platformization for rapid design and production of automated lines.

Rapid Design Production Debugging Delivery
Modularization-based approach for automated production lines, ensuring rapid material distribution and technological involvement.

Increased Automation Technological Involvement
Integration of standardization, modularization, and platformization for designing collaborative robotics and inspection devices.

FUNCTIONAL CHARACTERISTICS
Virtual Programming
Adaptive Tool Compensation
Specific Tools and Spindles

Industries

Electromechanical

Aviation & Aerospace

Automotive

Electric Vehicle

General Industry

Medical Device

Innovative Robotics Solutions Provider
We specialize in designing collaborative robotics and inspection devices with a focus on standardization, modularization, and platformization for efficient automated production lines.

About Our Design Concepts
Our modularization-based approach enables rapid design, production, and delivery of automated production lines with increased automation and technological involvement.

In designing our standard platform framework for the manufacture of collaborative robotics and inspection devices (eg. Electronic, optical, visual), we have integrated three key design concepts: standardization, modularization, and platformization.

This modularization-based approach allows for more rapid design, production, debugging, and delivery of automated production lines. Additionally, increased automation and technological involvement enable rapid material distribution in the context of customization, product iteration, and layout change. The robot end position compensation algorithm, combined with six-dimensional force sensors, facilitates accurate assembly by automatically searching and locating the installation position of the workpiece RELEVANCE.

In a field of application that demands extreme quality and precision, our solutions produce repeatable and dependable craftsmanship, opening the door for smart robotic manufacturing.

Innovative Solutions

Revolutionizing automated production lines with modularization and platformization concepts.

Our production efficiency has skyrocketed thanks to their cutting-edge robotics.

Pamela Redmond

Washington, MD

Their collaborative robotics have truly transformed our manufacturing process for the better.

Chloé Valin

Paris

★★★★★

★★★★★