Site Map

• Home
  • Hydraulic Shock Dampers
    • Shock Damper Construction
    • Who Needs Shock Dampers?
    • Advantages of W-Tech Hydraulic Shock Dampers
    • Need a Solution for Press Noise Reduction?
    • What is Break Through Shock?
    • How Do Shock Dampers Work?
    • Hydraulic Shock Absorbers
    • How to Solve Breakthrough Shock
    • What to Look For in a Damping Cylinder
    • Adjustable Pressure in Hydraulic Shock Dampers
    • How to Determine if your Hydraulic Dampers will Require a Cooling System
    • The New H12 Shock Damper
  • 7 reasons to use Hydraulic Shock Dampers:
    • Dramatic Reduction in Noise and Vibration
    • Enhanced Tool Life
    • Reduced Mechanical and Hydraulic Press Failures
    • Improved Operator Ergonomics
    • Off Center Loading
    • Increased Blanking Tonnage Capacity
    • Increased Production Speed
  • How It Works
  • Guarantee
  • Compare our Dampers
  • Resources
    • Frequently Asked Questions
    • Download Our Guide to Stop the Shock
  • Case Studies
    • Case Study: Reverse Tonnage Problems Solved
    • Case Study: We Mean It When We Say, “W-Tech Dampers Are Built To Last”
    • Case Study: Noise Level Reduction on Presses
    • Case Study: Dampers Built to Last Indefinitely
    • Case Study: Solving Excessive Vibration Due to Break Through Shock
    • Case Study: Effectively Decreasing Reverse Tonnage
    • Case Study: Customer Seeks Extended Tool Life, Reduced Shock & Noise
  • Quote Request
  • Contact Us