Press Control

Servo Presses

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Automatic Servo Press

SCHMIDT® Servo Press

 

From ounces up to 33,720 lbs.
Throat depth from 5.12" to 6.30"
Working height from 5.91" to 19.68"

An economic and high quality assembly is the key to the success of your product. The aim is to join together precise assemblies from low-cost individual components with different tolerances. Electrically driven spindle presses, servo presses, are ideal for such tasks. SCHMIDT® Servo Press systems offer an integrated solution via either the multi-axis SCHMIDT® Press Control 5000 or the single axis SCHMIDT® Press Control 600 control units used with the SCHMIDT® Servo Press modules. They meet the most complex requirements, as stand- alone machines or in automatic production lines

Features:

  • Superior process control behavior compared to conventional NC axes
    - quick
    - repeatable
    - can be optimized for your application

  • Intelligent compensation
    - due to calculation of individual tolerances of the parts
    - of system elasticity (dynamic bending compensation)

  • Free positioning with changing process forces
    - without fixed tool stop
    - accuracy in the 1/100 mm / 0.0004" range

  • Real time evaluation
    - true closed-loop control, distance and force
    - direct reaction to process and quality data
    - no delay caused by low process data transfer
    - immediate availability of SPC data

  • Precise and robust mechanical construction

  • System is configured for operation
    - standard travel profiles only require the entry of position and speed
    - system automatically parameterizes itself
Find out more about SCHMIDT® ServoPress Elements:
Press Control 5000
Press Control 600
User Interface
Display & Analysis
Process Data Management
Software Development Tools
Tolerance Analysis Software
Interface & Integration
 
Catalog
Dimensional Drawings
Converter

Control Behavior
Superior control behavior
 
Dynamic Bending Compensation
Dynamic bending compensation
 
Operating Profiles
Operating profiles and applications