Custom Die Cuts for Industrial Applications

  • Engineered to meet your exact specifications and production needs.
  • Common materials: foams, rubbers, films, laminates, thermal pads, pressure-sensitive adhesives.
  • Typical industries: industrial OEMs, electronics, coatings & finishing, transportation, medical, energy, heavy equipment.

Why Customers Choose CFS

Multiple die cutting technologies under one roof

Broad material expertise across industries

Prototype-to-production scalability

Tight tolerances with reliable consistency

Engineering & design support to select the right process

Die Cutting Techniques

Different materials, tolerances, and volumes require different die cutting methods. Below is a quick overview—our team will help you confirm the best fit.

Rotary_Die_Cutting /rotary-die-cutting

High-volume, tight tolerances, roll-fed materials

Laser_Die_Cutting /laser-die-cutting

No tooling, complex geometries, fast iteration

Digital_Knife_Cutting /dieless-knife-cutting

Prototyping and short runs

Steel_Rule_Die_Cutting /steel-rule-die-cutting

Cost-effective for larger or simpler parts

Automated_Die_Cutting /flatbed-die-cutting

High-volume, thicker flexible materials, flexibility

Clean_Room_Die_Cutting_1 /clean-room-die-cutting

Controlled environments for sensitive applications

Materials We Commonly Convert

  • Foams (open-cell, closed-cell)
  • Silicone and rubber materials
  • Films and foils
  • Pressure-sensitive adhesives
  • Thermal interface materials
  • Laminates and composites

Markets & Applications

CFS works directly with finishers, OEMs and Tier 2 suppliers to provide masking products and flexible converted materials such as gaskets, spacers, vibration control, thermal pads, EMI shielding and much more!

plain-desktop /aerospace-defense

tractor-desktop /agriculture

car-painting /automotive

ledlight-desktop /led-lighting

metal-finishing-desktop /metal-finishing

electrick-vehicle /electric-vehicles

Let’s Build the Right Die Cut Part—The First Time