TRIAG oppSystem

TRIAG oppSystem by AME

Changing of Pallets Within Seconds

  • Exact positioning on the machine table

  • Less idle machine time

  • Loading and unloading automatically

 

Overview

The TRIAG Zero-point Palleting System

The OPP (Zero Point Palleting) System represents an ideal interface between machining table and the workholding device. The receiver chuck is installed on the machine table. This chuck may consist of one, two, four, six or more receiver nuts. Onto these air operated reliever chucks, a pallet, a fixture or a vise is mounted within a matter of seconds. On the bottom surface of the workholding devices centering rings are inserted. These centering rings are ground to a very high accuracy, permitting the locking down of the workholding device with a repeatability of 0.002 mm on all three axes.

The chucks are locked by spring force and unlocked by compressed air of 6 Bar. This means that no hose connection is necessary during machining. Hydraulic pumps or hydraulic amplifiers are superfluous.

 

The patented OPP System allows 750'000 locking and unlocking cycles without loss of positioning accuracy. If necessary, the changing of the pallet may be accomplished by a robot or a handling system. Thermal expansion is compensated for by the spring loaded centering units. Due to the unique OPP System, it is possible to bring the loading and unloading of the actual workpiece out of the machine which guarantees a maximum of productive machine time.

Maintenance is simple as all components are easily accessible and replaceable. There are standard receiver checks and pallets available with two or four receiver units.

 

Catalog

 TRIAG oppSystem Catalog

> PDF Catalog 3.58MB (02/2009)

 

Contact

Alvin Goellner
Product Sales Manager

office
815-316-5245
mobile
815-985-2892

Send an email

Lonnie Miller
Project Engineer

office
815-316-5248

Send an email

 

 

Steve Schubert
Business Unit Manager

office
815-316-5202

Send an email

 

 

Colleen Tryggestad
Customer Service

office
815-316-5224

Send an email

 

       fax

       815 962 6483

 
 
 
Advanced Machine and Engineering