Custom silicone parts developed from drawings, CAD files, reference samples and technical requirements for industrial, equipment, electronics and OEM applications. Projects may include molded technical parts, seals, gaskets, protective components, overmolded structures and repeat-production OEM parts.
WHAT WE DEVELOP
Technical part directions developed from drawings, samples and specifications.
Application-specific silicone parts developed around geometry, function, dimensions and technical requirements.
Custom silicone sealing components developed around fit, compression, contact surface and environmental requirements.
Silicone boots, covers and protective molded parts for equipment, housings, connectors and exposed interfaces.
Custom pads, interfaces and contact components developed for cushioning, sealing, protection or controlled contact.
Silicone combined with plastic or metal inserts for integrated sealing, grip, protection or functional structures.
Technical silicone parts developed against approved specifications for repeat OEM / production programs.
DEVELOPED FROM TECHNICAL INPUTS
Technical projects may start from a 2D drawing, 3D / CAD file, physical sample, existing component or confirmed functional specification. Geometry, fit, material, function and manufacturing feasibility should be reviewed before tooling.
Sketches or 2D drawings with key dimensions and sections.
CAD files for precise geometry and interface development.
An existing part used as the dimensional and functional reference.
The component the silicone part must fit or protect.
Key dimensions and allowable variation per requirement.
Grade and hardness targets reviewed for the application.
Sealing, protection, cushioning or contact function defined per use.
How the part fits with mating components and assemblies.
MATERIAL & CUSTOMIZATION
Material and process selection depends on product function, geometry, environment, assembly conditions and project requirements.
Grade selected for the application and environment.
Hardness selected for function, compression and feel.
Dimensions developed from drawings, CAD files or samples.
Finish selected for friction, appearance and release.
Color matched to confirmed references where required.
Wall sections balanced for flexibility, strength and sealing.
Plastic or metal inserts integrated into the part.
Overmolded structures reviewed at the design stage.
TECHNICAL DESIGN
Technical requirements should be reviewed before tooling to reduce fit, sealing and repeat-production issues.
Key dimensions and agreed tolerances confirmed before tooling.
Compression and contact geometry reviewed for the sealing function.
Hardness and elasticity balanced for function and fit.
Wall sections planned for filling, strength and flexibility.
Parting line placement and flash control reviewed per surface.
Silicone reviewed against contact materials and environment.
Insert geometry and positioning reviewed for bonding and retention.
Fit with mating parts confirmed before production.
WHO THESE PRODUCTS ARE FOR
Buyers developing technical products and repeat component programs.
Seals, pads and protective parts for equipment.
Boots, covers and interfaces around devices and connectors.
Technical components integrated into OEM/ODM products.
Repeat silicone components for assembly programs.
Development support from drawing to production.
Technical component programs across product ranges.
DEVELOPMENT PROCESS
A review-based path from technical input to repeat production.
The drawing, sample or specification is reviewed for scope.
Structure, material and hardness direction are confirmed.
Manufacturability, tooling direction and risks are reviewed.
Tooling is built around the confirmed design.
Samples are molded for dimensional and functional checking.
Fit, function and finish are approved on samples.
Production runs against the approved sample.
Checks against the agreed criteria across batches.
Parts are packed and prepared per requirement.
QUALITY FOCUS
What we check and align before and during production.
Dimensions checked against the approved drawing.
Tolerances held within the agreed limits.
Hardness matches the approved specification.
Surface quality consistent across batches.
Flash kept within the agreed allowance.
Parting line placement finished per agreed surfaces.
Sealing and contact surfaces fit as approved.
Parts assemble into the product as intended.
Inserts positioned and retained as designed.
Repeat orders produced against the approved sample.
INTEGRATED STRUCTURES
For projects requiring integrated structures, silicone may be molded around plastic or metal inserts to provide sealing, grip, protection or functional interfaces.
Silicone overmolded onto plastic structures.
Silicone molded around metal inserts and hardware.
Multi-material structures reviewed at the design stage.
PROJECT EXAMPLES
Representative project directions. Project details are confirmed per drawing or requirement.
PROJECT EXAMPLE - Sealing component developed around fit and compression requirements.
PROJECT EXAMPLE - Protective boot developed for an exposed product interface.
PROJECT EXAMPLE - Silicone overmolded onto a plastic structure for sealing.
PROJECT EXAMPLE - Interface pad developed for controlled contact and cushioning.
FAQS
RELATED PAGES
Related product categories, applications and manufacturing capabilities.
Custom-fit sleeves, grips, covers, holders and components around existing products.
Finished silicone products developed for consumer brands and OEM/ODM programs.
Covers, boots, grips and functional parts around electronic devices.
Grip, protection and wearable silicone products for sports and outdoor use.
Silicone overmolded onto plastic structures for grip, sealing and assembly.
Liquid silicone rubber molding for detailed geometry and repeat production.
Dedicated tooling and sampling built around the confirmed design.
Checks against the approved sample across production.
NEXT STEP
Send us your drawing, CAD file, reference sample or technical requirements. We can review the geometry, material, tooling, fit and production requirements.
SEND YOUR RFQ
Share your drawing, CAD file, reference sample or technical requirements. Tell us about the application, fit and environment so we can review the next step.
PROJECT INTAKE
Share your drawing, sample or technical requirements so we can review geometry, material, tooling and fit.