MC Machinery Systems Partners with Acieta to Launch Robotic Bending Cell

Innovative Solution for Fabricators
MC Machinery Systems has announced an exclusive partnership with Acieta to introduce the FastBEND robotic bending cell, an advanced solution aimed at enhancing efficiency in fabrication shops. This collaboration combines Acieta’s state-of-the-art robotics with MC Machinery’s Diamond BB series electric press brake, specifically designed to help fabricators eliminate bottlenecks in downstream operations.

Enhancing Production Capacity
The FastBEND robotic bending cell is optimized for small to medium parts and is ideal for medium- to high-volume production environments. According to MC Machinery, this innovative system can significantly boost production capacity while simultaneously reducing labor costs. By automating the bending process, fabricators can improve safety and maximize workflow efficiency, allowing for smoother operations and quicker turnaround times.

A Commitment to Advanced Fabrication Solutions
MC Machinery Systems, a subsidiary of the Mitsubishi Corp., is well-regarded for supplying and servicing a wide range of fabrication equipment, including lasers, press brakes, and advanced material handling systems. Meanwhile, Acieta specializes in industrial robotics, boasting multiple locations across the U.S. and Mexico. This partnership exemplifies a commitment to delivering cutting-edge technology to the fabrication industry, providing businesses with the tools they need to stay competitive in a rapidly evolving market.

As the demand for automation in manufacturing continues to rise, the collaboration between MC Machinery and Acieta marks a significant step forward in providing effective solutions that address the challenges faced by modern fabricators. The FastBEND robotic bending cell is poised to redefine operational efficiency in metal fabrication.

Leave a Reply

Visitors

today : 439

total : 21001

Ti Gr.23(Ti-Al-V)

Ti Gr.23(Ti-Al-V)

1. Introduce – High…
Ti Gr.19(Ti-Al-V-Cr-Mo-Zr)
Ti Gr.11(Ti-Pd)

Ti Gr.11(Ti-Pd)

1. Introduce – Alloy…
50Ni50CrNb(Ni-Cr-Nb)

50Ni50CrNb(Ni-Cr-Nb)

1. Introduce – 50Ni50CrNb,…