How to Minimise Cost Per Part for Structural Steel Add-on Part Processing

January 18, 2016 by Todd - No Comments

Processing add-on parts for a structural steel fabricators is price sensitive and the correct machinery can increase margins when compared to plasma or laser cutting machines.

Include a PS500 CNC flat bar punching, stamping, shearing machine with an automatic in feed stock yard and part sorting capability to your existing fleet of machines to win competitive advantage.

Vernet Behringer expertise, sustainability, versatility click here.

Extensive capabilities come from 133 years contribution with the fabrication and steel processing industry in the broadest sectors and applications.

VB-PS500-Photo-7 copyWhat It Does For You

  • Automates processing of structural steel add-on assembly parts like base plates, stiffeners, purlin cleats
  • Punches slots, holes, stamps characters & shears various angles
  • Automatic material handling in feed
  • Out feed with add-on part sorting

 
View the Vernet Behringer Capabilities

VB-PS500-photo-21 copyWhy the Cost Per Part < 50% Lower than Laser or Plasma?

  • No plasma/laser gas & less power
  • Shearing is a faster cutting process
  • Automated in feed stock yard material handling of all flat bar sizes
  • Holes, slots & characters stamping in 1 second each up to 25mm plate
  • Flat bar is 10% less cost than plate
  • Plate nest 15% off-cut is wasted
  • No plasma/laser cut burr to remove
  • Automated out-feed part sorting

 
View the PS500 Marking – Punching – Shearing – Capability

See it Work – See the Value

Automation and processing innovated

Vernet Behringer open house invitation to see this machine in France on the 4-5th July. Ask for details

Profit & Proof

 
View the PS500 Machine on our Website

PS500-stamping-11 copyCase Studies

Click to see positive gains your peers are making –

 
The PS500 compliments a Zeman Steel Beam Assembly machine perfectly. Which machine does your business take first?

Ask us how your business can adopt improved capability – click here