News
- Shaft Collar with Adjustable Clamping Control Prevents Tools & Reels from Slipping on Shaft – January 2008
- Traverse Pitch Adjustment Requires No Gear Reduction or Clutches -- Works Independently of Spool Drive Motor – October 2007
- New One-piece Shaft Collar Holds Reels & Tools Secure -- Slides On, Locks Tight, Quick Release – April 2007
- Software Simplifies Linear Drive Selection – Assures Application Requirements for Speed and Side Thrust are Met – November 2006
- Grease Fitting Option for Linear Drive Automatically Lubricates Shaft While Wipers Remove Dirt and Grime – September 2006
- Adjust Linear Pitch On Positioning Drive Without Changing Gears or Motor Speed – July 2006
- Reciprocating Platform with Variable Speed and Automatic Reversal Needs No Programming or Electronics – May 2006
- Timing Belt Actuator Resists Build-up of Contaminants – December 2005
- Linear Drive Slowdown Independent of Motor – October 2005
- Wire Guide Assembly Now Easier To Install – August 2005
- Spool Flange Sensing Enhances Accuracy and Saves Time – March 2005
- Economical Traverse Winding Drive Has Fewer Parts – January 2005
- Linear Drive Has Zero Backlash and Jam-Proof Design - November 2004
- "Moving Spool" Winder for Flat, Brittle or Fragile Materials Improves Efficiency; Reduces Waste - July 2004
- Slow Down or Ramp-up Linear Drive Speed Without Changing Motor Speed -- May 2004
- Free Movement on Smooth Shaft Prolongs Linear Drive Life – Reduces Wear and Tear on Motor and Components -- March 2004
- Improved "Rolling Ring" Drive is Faster, Lighter Weight —Features Standard Thrust Release Lever -- February 2004
- In-line Spooler Conserves Space in Winding Machine Design, Eliminates Need for Programming and Electronics -- January 2004
- Remote Control Linear Drive Stroke Length Adjustment Improves Efficiency, Enhances Operator Safety - October 2003
- Extra Bearing Doubles Linear Drive Axial Thrust While Only Slightly Increasing Length - Conserves Space -- September 2003
- Linear Slide Option Protects Drive Systems from Damage Due to Heavy or Off-Center Loads - June 2003
- Linear Drive with Pitch Turndown Capability Maximizes Functionality of Winding Assembly - Eliminates Need to Change Gearing - April 2003
- Zero-Backlash Linear Drive Assembly Requires No Additional Drive Train Preloads - Smooth Shaft Stays Clean - February 2003
- Traverse Winding & Spooling System Runs Off Take-Up Drive Motor - No Additional Motors, Sensors or Controllers Needed - January 2003
- Linear Drive Assembly Automatically Adjusts Tool Head Stroke Length and Reversal, Without Programming or Complex Controls - June 2002
- Dual Traverse Assembly Facilitates Continuous Operation of Take-Up Procedures While Reducing Set-Up Time - January 2002
- "Rolling Ring" Linear Actuator Integrated With Linear Scale Increases Accuracy Of Linear Motion And Direction Control - October 2001