Custom components
Silicone and rubber molded or extruded part projects. Define geometry, material, operating conditions and inspection requirements.
Silicone · Rubber · Product development
From the right part.
To a complete
product.
Explore component, kit and assembled-product projects built around silicone and rubber. Start with the application. Define the parts, assembly and packaging together.
Have a drawing or an existing part? Include it in your email.
A project, layer by layer
Application firstDrawing & sample reviewAssembly & packaging scopeSpecifications before production
Three ways to
scope your project.
Bring a part, a drawing or a product idea. We start by identifying what is already defined and what still needs development.
Matched kits
Explore a coordinated set of components for an installation, replacement or maintenance task. Confirm compatibility and the contents of each kit.
Assembled products
Discuss combining flexible parts with complementary components, then defining assembly checks and packaging for your sales channel.
These are project directions, not an in-stock product catalog. Feasibility and supply scope require individual confirmation.
A clear brief.
A better starting point.
Material alone does not define performance. The application, design and assembly conditions shape the specification.
We confirm technical and commercial scope before quoting. Any testing or compliance requirement must be linked to the intended product and market.
- 01Where will it be used?End use, market, temperature, contact media and installation conditions.
- 02What needs to fit?Drawings, critical dimensions, mating parts and acceptance criteria.
- 03What belongs in the box?Components, assembly, instructions, labeling and packaging requirements.
- 04What will approve the sample?Inspection, application trials and required product-specific documentation.
Move forward.
One confirmed step at a time.
Sample scope, development charges, tooling ownership and delivery terms are agreed for each project.
Share your brief
Send the intended use, drawing or reference, expected quantity and target market.
Review the scope
Clarify material, geometry, assembly, packaging and evidence requirements.
Evaluate a sample
Agree on a sample plan and check the defined fit and function before production approval.
Confirm supply
Finalize the approved specification, inspection plan and commercial terms.
A few useful answers.
Can we start without a finished drawing?
Yes. Share the application, photographs or a reference part and explain what needs to change. Engineering and sample requirements are assessed before a quotation is confirmed.
Do you have a minimum order or fixed lead time?
Quantity and lead time depend on the component, material, tooling, assembly and packaging scope. Include your expected quantity and required date so these can be reviewed.
Can you discuss branded packaging or a complete kit?
Include the proposed kit contents, artwork and packaging requirements. Assembly feasibility, design authorization and inspection criteria need confirmation for the project.
What about food contact or other regulated uses?
Identify the intended use and destination market at the start. Material descriptions are not a substitute for product-specific compliance evidence. Regulated or safety-critical projects require a separate feasibility review.
Tell us what
needs to work.
A short brief is enough to begin. If you have a drawing, add it as an attachment in your email.
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