Steel rule cutting dies for gasket fabricators, rubber converters, and sealing manufacturers. Built around the material, geometry, and tolerance requirements.
Application
We review the gasket material, thickness, critical dimensions, internal features, and cutting process before deciding how the die should be built.
NOTCH AND HOLE PUNCH GASKET DIE
MACHINED PUNCH GASKET DIE
HIGH PRECISION GASKET DIE
Gasket tooling for simple profiles, internal punches, and demanding geometry.
Tooling Options
Steel Rule
PROFILE CUTTING
Efficient for gasket outlines and larger internal cutouts.
Punches
HOLES AND SLOTS
Feed through and machined punches can handle holes, slots, and tight geometry.
Production
MULTIPLE CAVITIES
Multiple cavity and common cut layouts can improve output and material use.
RMA and ARPM Experience
We review the requested tolerance against the material, thickness, geometry, and cutting process before the die is built.
Tolerance Review
Compared with material, thickness, geometry, and process.
Internal Features
Steel rule, feed through punches, or machined punches as appropriate.
Production Layouts
Single cavity, multiple cavity, and common cut layouts.
Typical Turnaround
Many gasket dies are ready in 1 to 3 business days.
Materials
We build tooling for rigid, flexible, dense, and cellular gasket materials.
Neoprene
Nitrile / Buna N
EPDM
Silicone
Flexible Graphite / Grafoil
Sponge Rubber
Foam
Cork Rubber
Sponge Rubber
PSA Backer Materials
Why Supreme
Drawing Review
We read the dimensions, tolerances, material notes, and title block and flag issues that could affect the cut.
From a Manufacturing Customer
“They have provided our facility with gasket and sponge cutting die clickers of superior quality and have been extremely responsive and supportive during this process.”
Google Review
Common Questions
DXF or vector PDF is preferred for 2D cutting geometry. CAD files and dimensioned drawings are also useful. Include a reference dimension whenever possible.
Yes. We review the requested tolerance against the material, thickness, feature geometry, and cutting process before recommending the tooling approach.
Yes. Steel rule, feed through punches, and machined punches can be used depending on the feature and material.
Yes. Send the gasket drawing, material specification, thickness, and critical dimensions. We can recommend the die construction.
Yes. Multiple cavity and common cut layouts can often improve production efficiency.
Many gasket dies are ready in 2 to 3 business days. Timing depends on size, geometry, materials, punches, and current workload.
Send us the drawing, material, and thickness. We will review the application and recommend the right tooling.
