Semiconductor process areas we support
We supply semiconductor-grade plastics and machined components for dry/ESD environments, wet process applications, and back-end test—helping teams meet demanding cleanliness, ESD control, chemical resistance, and dimensional stability requirements.
Dry Environment & ESD
- ESD-safe and static-dissipative plastics for dry tools and handling
- Dimensional stability for fixtures, guides, and alignment components
- Low-outgassing material options for sensitive environments
- Wafer handling components: carriers, guides, and support parts
Wet Process
-
Chemical-resistant plastics for wet benches, tanks, and tooling
-
Material guidance for acids, solvents, and ultra-pure rinse systems
-
Components for manifolds, guards, plumbing supports, and splash protection
-
Selection help based on chemistry, temperature, and wear factors
Back-End Test
-
Precision plastics for test sockets, nests, handlers, and tooling
-
Tight-tolerance machining for repeatable alignment and fit
-
ESD control options for device testing environments
-
Durable materials for high-cycle test operations
Materials & Selection Support
-
Material recommendations based on chemical, wear, and temperature needs
-
Options for ESD control, cleanliness, and dimensional stability
-
Standards, testing, and compliance considerations when applicable
-
Industry insights to support faster spec decisions
Semiconductor plastics FAQ
What plastics are commonly used in semiconductor manufacturing?
High-performance thermoplastics are often selected for chemical resistance, dimensional stability, and cleanliness requirements. The right choice depends on the process area (dry/ESD, wet, or test), temperature, and chemical exposure.
Do you offer ESD-safe or static-dissipative plastics?
Yes. We can recommend ESD-safe and static-dissipative options based on the environment, handling requirements, and target electrical properties.
How do I choose a plastic for wet process chemical exposure?
Start with the chemistry (acids/solvents/cleaners), concentration, temperature (continuous and peak), and mechanical needs. We’ll help narrow materials that can withstand the exposure while maintaining dimensional stability.
Can you machine tight-tolerance parts for fixtures and tooling?
Yes. We support tight-tolerance machining for fixtures, guides, nests, and tooling where repeatability and consistent fit are critical.
Do you supply parts for wafer handling applications?
We support wafer handling needs including guides, carriers, and fixture components. Material selection depends on ESD requirements, cleanliness, and dimensional stability.
What information do you need to quote a semiconductor plastics project?
Material preference (or process details), dimensions/drawings, tolerance requirements, quantity, and any environmental constraints (chemical exposure, temperature, ESD, cleanliness). If you don’t have a material selected, we can help you choose one first.
Can you support prototypes and short-run production?
Yes. We frequently support prototypes through short-run builds, with guidance to reduce re-quotes and material changes as requirements become clearer.
Do you provide documentation or compliance support?
When applicable, we can support documentation needs for material traceability or inspection requirements. Tell us what your internal process requires and we’ll confirm what’s available.
Contact us for a Quote
Ready to get started? Whether you need custom plastic machining, medical-grade materials, or high-performance
fabrication, our team is here to help. Contact us today for a fast, accurate quote and expert guidance on your next project.