Skip to main content

SCHMIDT Technology will be exhibiting at The Assembly Show in Rosemont, IL, Oci. 27-29.

Visit us at Booth 1123
SCHMIDT Technology Corporation
  • Home
  • Our Difference
  • Products
    • Manual Presses
    • Pneumatic Presses
    • Hydro-Pneumatic Presses
    • Electric Presses
    • ServoPress
    • Torque Press Offerings
    • Controls & Software
    • Automation and Components
  • Solutions
    • The SCHMIDT Answer
    • Applications
    • Services
  • Resources
    • Downloads
    • Instructions
    • Press Control Software
    • Quick Start Guides
    • PRC700 Instructional Videos
      • PRC700 Curves Screen Overview
      • PRC700 Datasets Screen
      • PRC700 Input Screen Main
      • PRC700 Main Screen Layout
      • PRC700 Menu Functions
      • PRC700 Process Output Screen
      • PRC700 Curve Screen – Curve Tolerances and Tolerance Types
      • PRC700 Curves Screen – Tolerance Creation and Editing
    • Videos
      • Press Diversity & Quality
      • Zero Maintenance!
      • Ideal Press Ram Design
      • Ergo Handle and Cycle Start
      • Advanced Operator Safety
      • End of Stroke Verification
      • Position Verification
      • Perfect Linear Ram Alignment
      • Precise Ram Position
      • Optimal Process Height Adjustment
      • Ram Stroke Efficiency Optimization
    • FAQ
    • Glossary
  • Company
    • About
    • Approach
    • History
    • Our People
    • News
    • Tradeshows
    • Careers
  • Contact
    • General Inquiries
    • Parent Company
    • America
    • Global Representatives
    • Subsidiaries
  • 724-772-4600
  • Download Catalog
  • CAD Downloads
SCHMIDT Technology Corporation
  • 724-772-4600
  • Download Catalog
  • CAD Downloads
  • Login
  • Home
  • Our Difference
  • Products
    • Manual Presses
    • Pneumatic Presses
    • Hydro-Pneumatic Presses
    • Electric Presses
    • ServoPress
    • Torque Press Offerings
    • Controls & Software
    • Automation and Components
  • Solutions
    • The SCHMIDT Answer
    • Applications
    • Services
  • Resources
    • Downloads
    • Instructions
    • Press Control Software
    • Quick Start Guides
    • PRC700 Instructional Videos
      • PRC700 Curves Screen Overview
      • PRC700 Datasets Screen
      • PRC700 Input Screen Main
      • PRC700 Main Screen Layout
      • PRC700 Menu Functions
      • PRC700 Process Output Screen
      • PRC700 Curve Screen – Curve Tolerances and Tolerance Types
      • PRC700 Curves Screen – Tolerance Creation and Editing
    • Videos
      • Press Diversity & Quality
      • Zero Maintenance!
      • Ideal Press Ram Design
      • Ergo Handle and Cycle Start
      • Advanced Operator Safety
      • End of Stroke Verification
      • Position Verification
      • Perfect Linear Ram Alignment
      • Precise Ram Position
      • Optimal Process Height Adjustment
      • Ram Stroke Efficiency Optimization
    • FAQ
    • Glossary
  • Company
    • About
    • Approach
    • History
    • Our People
    • News
    • Tradeshows
    • Careers
  • Contact
    • General Inquiries
    • Parent Company
    • America
    • Global Representatives
    • Subsidiaries

Home › Resources › Videos › Perfect Linear Ram Alignment

Perfect Linear Ram Alignment

Before adjusting the stroke, be sure the head height on column is correct and ensure bolts that secure the head to column are tight.

Now install the press tool and nesting fixture, then place a work piece in the fixture Adjust Work Stroke on Rack & Pinion presses as follows:

  • Loosen the stroke limit block.
  • Lower the ram to the desired position.
  • Slide the stroke limit block down to the stop, then tighten the stroke limit block screws.
  • With the standard fine adjustment; loosen the nut, turn the screw to desired position then tighten the nut.
  • Model number 1 & 2 are slightly different from the shown models. The principle is the same however. SCHMIDT offers a retrofit-able micrometer as alternative to the standard fine adjustment.
  • With Micrometer adjustment, loosen clamp on stroke limit block while the ram is extended, adjust the micrometer as necessary, then secure micrometer adjustment Work Stroke adjustment on Pneumatic Press.
  • With PRC70, lower ram via Setup mode (Operating Manual, Page 19/20; SETUP MODE). Without PRC70, lower ram, then depressurize cylinder (ram should be extended & no pressure in cylinder)
    Remove cover hood (1)
  • Loosen stroke limit block screws, slide block all the way down, now tighten BOTH screws Stroke fine adjustment is made via the large hex nut. The range of adjustment is approximately 6 mm / ¼”
  • Turn clockwise = increase stroke
  • Turn counterclockwise = decrease stroke

To change setting, loosen set screw in front. This same hex wrench is used to turn the nut Once fine adjustment is complete, adjust ram extended sensor so it is ON when Ram is within 6mm from contacting the work piece. IMPORTANT; install cover hood and secure with screw!!

  • Case Study
    • Case Study: Aluminum Workstation
    • Case Study: Assembly & Swaging of Automotive Locks
    • Case Study: Assembly of Bicycle Transmissions
    • Case Study: Assembly of Electrode for Welding & Flame Cutting
    • Case Study: Assembly of Refrigeration Valves
    • Case Study: Automatic Pin Feeding & Insertion
    • Case Study: Balanced Guard in Place of Light Curtain
    • Case Study: Cold Forming Bottom of High Pressure Bottles
    • Case Study: Commutator Shaft & Bearing Press
    • Case Study: Compliant Pin Assembly – A Solderless Method to Connect a PCB to a Connector
    • Case Study: Compliant Pin PC Board Assembly
    • Case Study: Compliant Pin Press Fit System Based Around Rotary Index System
    • Case Study: Floating Press Tool and Part Clamp – Press Multiple Components – Individual Monitoring
    • Case Study: Fully Automated Battery Terminal Assembly System SCHMIDT® Project No. 1591
    • Case Study: Marking with Hydro-Pneumatic Press and Rotary Index System
    • Case Study: Monitored Hydro-Pneumatic Press, Rotary Table, Light Curtain Guarding
    • Case Study: Motor Shaft Assembly
    • Case Study: Multiple Press Stroke Limit with Direct Acting Pneumatic Press
    • Case Study: Precision Ram Speed Control
    • Case Study: Precision Swaging Tool, Virtually Continuous Crimp, No Creases
    • Case Study: Ring Staking With Process Monitoring, Unload Pick & Place
    • Case Study: Rivet Feeding and Insertion Force Verification
    • Case Study: Shuttle Table with Press Head Guarding
    • Case Study: Split Crimping Tools
    • Case Study: Stamping Press with Coil Feeder SCHMIDT® Project No. 1123 Nr. 34 Air Toggle Press
    • Case Study: Steering Column Lock Assembly
    • Case Study: Stent Marker Installation
    • Case Study: Strip Feeding and Cutting Silicon Discs with Steel Rule Die
    • Case Study: Stud – Bushing Press, Auto Unload, Rotary Gate, Fixture Recognition
    • Case Study: Traceability of Process Data With The SCHMIDT ServoPress System
  • PRC700 Instructional Videos
    • PRC700 Curve Screen – Curve Tolerances and Tolerance Types
    • PRC700 Curves Screen – Tolerance Creation and Editing
    • PRC700 Curves Screen Overview
    • PRC700 Datasets Screen
    • PRC700 Input Screen Main
    • PRC700 Main Screen Layout
    • PRC700 Menu Functions
    • PRC700 Process Output Screen
  • Downloads
  • Instructions
  • Press Control Software
  • Quick Start Guides
  • Videos
    • Press Diversity & Quality
    • Zero Maintenance!
    • Ideal Press Ram Design
    • Ergo Handle and Cycle Start
    • Advanced Operator Safety
    • End of Stroke Verification
    • Quick Start Guide for EP343 Automation
    • Position Verification
    • Perfect Linear Ram Alignment
    • Precise Ram Position
    • Optimal Process Height Adjustment
    • Ram Stroke Efficiency Optimization
    • SCHMIDT Technology Press-to-Go Program
  • FAQ
  • Glossary
  • Case Study
    • Case Study: Aluminum Workstation
    • Case Study: Assembly & Swaging of Automotive Locks
    • Case Study: Assembly of Bicycle Transmissions
    • Case Study: Assembly of Electrode for Welding & Flame Cutting
    • Case Study: Assembly of Refrigeration Valves
    • Case Study: Automatic Pin Feeding & Insertion
    • Case Study: Balanced Guard in Place of Light Curtain
    • Case Study: Cold Forming Bottom of High Pressure Bottles
    • Case Study: Commutator Shaft & Bearing Press
    • Case Study: Compliant Pin Assembly – A Solderless Method to Connect a PCB to a Connector
    • Case Study: Compliant Pin PC Board Assembly
    • Case Study: Compliant Pin Press Fit System Based Around Rotary Index System
    • Case Study: Floating Press Tool and Part Clamp – Press Multiple Components – Individual Monitoring
    • Case Study: Fully Automated Battery Terminal Assembly System SCHMIDT® Project No. 1591
    • Case Study: Marking with Hydro-Pneumatic Press and Rotary Index System
    • Case Study: Monitored Hydro-Pneumatic Press, Rotary Table, Light Curtain Guarding
    • Case Study: Motor Shaft Assembly
    • Case Study: Multiple Press Stroke Limit with Direct Acting Pneumatic Press
    • Case Study: Precision Ram Speed Control
    • Case Study: Precision Swaging Tool, Virtually Continuous Crimp, No Creases
    • Case Study: Ring Staking With Process Monitoring, Unload Pick & Place
    • Case Study: Rivet Feeding and Insertion Force Verification
    • Case Study: Shuttle Table with Press Head Guarding
    • Case Study: Split Crimping Tools
    • Case Study: Stamping Press with Coil Feeder SCHMIDT® Project No. 1123 Nr. 34 Air Toggle Press
    • Case Study: Steering Column Lock Assembly
    • Case Study: Stent Marker Installation
    • Case Study: Strip Feeding and Cutting Silicon Discs with Steel Rule Die
    • Case Study: Stud – Bushing Press, Auto Unload, Rotary Gate, Fixture Recognition
    • Case Study: Traceability of Process Data With The SCHMIDT ServoPress System
  • PRC700 Instructional Videos
    • PRC700 Curve Screen – Curve Tolerances and Tolerance Types
    • PRC700 Curves Screen – Tolerance Creation and Editing
    • PRC700 Curves Screen Overview
    • PRC700 Datasets Screen
    • PRC700 Input Screen Main
    • PRC700 Main Screen Layout
    • PRC700 Menu Functions
    • PRC700 Process Output Screen
  • Downloads
  • Instructions
  • Press Control Software
  • Quick Start Guides
  • Videos
    • Press Diversity & Quality
    • Zero Maintenance!
    • Ideal Press Ram Design
    • Ergo Handle and Cycle Start
    • Advanced Operator Safety
    • End of Stroke Verification
    • Quick Start Guide for EP343 Automation
    • Position Verification
    • Perfect Linear Ram Alignment
    • Precise Ram Position
    • Optimal Process Height Adjustment
    • Ram Stroke Efficiency Optimization
    • SCHMIDT Technology Press-to-Go Program
  • FAQ
  • Glossary
Contact Us

SCHMIDT Technology Corporation

280 Executive Drive
Cranberry Twp., PA 16066 USA

Tel: 724-772-4600

Fax: 724-772-4688

Email: [email protected]

Our Parent Company

SCHMIDT Technology GmbH Feldbergstraße 1
D-78112 St. Georgen, Germany

Tel: +49 (0) 77 24 / 8 99 0

Fax: +49 (0) 77 24 / 8 99 101

Email: [email protected]

Website: schmidttechnology.de

Quick Links
  • Our Difference
  • Products
  • Solutions
  • Resources
  • Company
  • Contact
  • Sitemap
Social Media
  • Youtube
EXCELLENT5.0
Google

Copyright © 2026 SCHMIDT Technology Corporation. All rights reserved.

Website by Imagebox