Value-Added Services for TIM and EMC Applications
In addition to die cutting, we offer supporting processes such as lamination, extrusion, compression, and injection molding capabilities. Depending on material properties and design requirements, tolerances may vary for features like holes, cutouts, or edges. We support everything from small prototypr runs to large-scale production, with inspection reports available when needed.
By combining proven cutting techniques with specialised materials, we deliver reliable solutions for applications that demand thermal control, EMI shielding, and long-term durability.
Die Cutting Services Available for TIM and EMC

Cuts completely through TIM and EMC materials to create individual parts in precise shapes for assembly.

Cuts only the top layer of achieve-backed TIM or shielding material, leaving the liner intact for easy handling and application.

Add lines of small holes or slits, making it simple to tear or fold materials without affecting shielding or thermal performance.

Forms openings within a part such as vent holes or cables pass through without trimming the entire outer shape.

Creates easy-to-grip tabs on adhesive liners, simplifying installation of TIM pads or EMC gaskets.

Provides flexibility to design parts that match unique device geometries or complex assemblies, ensuring a perfect fit.
Prepare Your Die-Cut RFQ
Share the following details so our team can review material yield, tooling and production feasibility efficiently.
- Material type, grade and thickness
- Part drawing with dimensions and tolerances
- Adhesive, liner, tab or kiss-cut requirements
- Prototype and annual quantities
- Packaging, cleanliness and inspection requirements
Not sure about every item? Send the drawing and application first; missing specifications can be confirmed during engineering review.
Die-Cut Sheet Yield Planner
Estimate rectangular part count per sheet and compare both nesting directions.
Planning/reference estimate: Rectangular grid only. Final yield depends on tool geometry, grain direction, web strength, registration, defects and production nesting.



