PSBB – Punching, Shearing, Buffering, Bending

The Prima Power PSBB line processes blank sheets into ready-bent, high-quality components automatically. PSBB stands for Punching + Shearing + Buffering + Bending.

The Prima Power PSBB line is a highly efficient automated system for processing sheet metal that continuously performs punching, shearing, and bending without intermediate manual handling.

The PSBB (Punch-Shear-Buffer-Bend ) line integrates several advanced Prima Power machines into a complete Flexible Manufacturing System ( FMS ).

Prima Power PSBB includes:

  1. Shear Genius: A versatile combination utilising servo-electric punching and shearing in a single machine designed to increase productivity and material utilisation.
  2. PSR Part Stacking Robot: A robotic system that efficiently stacks parts to reduce manual handling and enhance production capabilities.
  3. EBe Panel Bender: A fully automatic servo-electric panel bending machine that offers high precision and flexibility for various bending operations.

Combining these machines creates a seamless workflow and optimises the production process from punching and shearing to bending and stacking.

This line offers several advantages, including:

On-Demand Production: It enables the production of parts as needed to reduce inventory costs and increase flexibility.

Just-in-Time Manufacturing: The PSBB line minimises lead times and aligns production closely with demand by producing what is required when needed.

Reduced Lead Time: The seamless flow of operations minimises delays, ensuring quicker turnaround times from raw material to finished product.

Multi-Material Processing: The ability of the PSBB to handle different materials without retooling reduces downtime and enhances versatility.

Flexibility: Add modular automation in stages to grow with production requirements.

 

Highlights of the Prima Power PSBB

  • Versatile servo-electric punching
  • Integrated servo-electric shearing
  • Servo-electric bending
  • Automatic, flexible material flow and
  • Sophisticated software
  • Automatic information flow from programming to production reporting.
  • An integrated production system reduces the whole fabrication process into a single one.
  • Automatic material handling including intelligent buffering.
  • Minimum manufacturing time, maximum production time.
  • Optimal value stream from raw material to ready-made components.