MICRYLIX | PRECISION ENGINEERING PLASTICS
Precision PMMA & Engineering Plastic CNC Machining
Custom transparent acrylic valve bodies, microfluidic components, PEEK, PAI / Torlon, and high-performance plastic parts for critical engineering applications.
Customers We Have Served
Case Studies
Featured Case Studies
Explore real CNC machining projects covering engineering plastics, transparent components, microfluidic parts, and precision manufacturing challenges.
Why Engineers Work With Micrylix
Engineering Plastics Are Easy to Machine — Hard to Machine Correctly
We focus on the details that affect sealing, clarity, burrs, stress, and repeatable part performance.
Engineering Advantages
Built Around Real Machining Risks
From transparent PMMA flow paths to high-performance PEEK and PAI components, our process is designed to reduce issues before parts reach production.
Drawing Review Before Quotation
Material, wall thickness, sealing surfaces, threads, tolerance and machining feasibility are reviewed before production.
STEP / PDF / DWGPMMA / PEEK / PAI Process Control
Cutting strategy, clamping, tool path and surface finish are adjusted based on material behavior.
Clarity / Stress / Burr ControlPrototype to Small-Batch Delivery
From one-piece prototypes to small-batch production, we help verify fit, function and repeatability.
MOQ 1 / Fast IterationProducts
Custom CNC Machined Plastic Parts Built From Your Drawings
From transparent PMMA valve bodies and microfluidic parts to high-performance PEEK, PAI, PTFE, and semiconductor plastic components.
Micrylix manufactures custom engineering plastic components for laboratory instruments, medical devices, semiconductor equipment, automation systems, and research applications.
Precision Acrylic Components
Optical-clear PMMA parts for laboratory devices, display fixtures, inspection windows, and fluid-handling assemblies.
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Plastic Valve Bodies
Custom transparent valve bodies with controlled sealing surfaces, threaded ports, internal channels, and polished flow paths.
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Microfluidic Components
Machined PMMA plates, transparent channels, manifolds, and test fixtures for fluid control and research systems.
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Semiconductor Plastic Parts
PEEK, PTFE, PPS, PVDF, and other engineering plastic parts for insulation, handling, fixtures, and process-related equipment.
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PEEK and PAI / Torlon Parts
High-performance plastic components for heat resistance, wear resistance, mechanical strength, and dimensional stability.
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Custom Engineering Plastic Parts
Small-batch and production components machined from 2D drawings, 3D CAD files, samples, or application requirements.
View Details →Materials
Engineering Plastic Materials for Precision CNC Machining
Choose from Micrylix core engineering plastics for transparent parts, heat resistance, wear behavior, chemical exposure, dimensional stability, and fluid-control applications.
PMMA / Acrylic
Best for transparent parts, valve bodies, and microfluidic components.
Use: Microfluidics / Lab / OpticalView Details →PEEK
For high-temperature, chemically demanding precision parts.
Use: Semiconductor / Medical / AutomationView Details →PAI / Torlon
For wear-resistant, high-load mechanical components.
Use: Wear Parts / Plates / FixturesView Details →PI
For high-heat insulation and precision electrical parts.
Use: Electronics / Semiconductor / Heat ZonesView Details →PEI
For heat-resistant electrical and structural machined parts.
Use: Medical / Electrical / FixturesView Details →PTFE
For sliding, sealing, and chemical-contact components.
Use: Fluid Systems / Seals / GuidesView Details →POM / Acetal
For gears, guides, and repeatable mechanical fit.
Use: Automation / Guides / GearsView Details →PPS
For chemically stable fixtures and process-related parts.
Use: Semiconductor / Industrial / FixturesView Details →PVDF
For chemical-resistant fluid-control components.
Use: Fluid Handling / Lab / Process PartsView Details →Material Comparison Guides
Compare Common Engineering Plastics
Applications
Precision Plastic Parts for Technical Applications
Designed for equipment, instruments, and research systems where machined plastic performance matters.
Semiconductor
Insulating, chemical-resistant, and dimensionally stable components for equipment and process assemblies.
Medical
Custom machined plastic parts for device development, fixtures, housings, and fluid-related components.
Laboratory
Acrylic, PEEK, and microfluidic parts for instruments, testing systems, and sample handling.
Scientific Research
Prototype and small-batch components manufactured from drawings for experimental platforms.
Quality Control
Inspection Focused on Fit, Sealing, and Repeatability
Quality control starts before machining — from drawing review, material selection, and critical feature definition.
We inspect dimensions, sealing surfaces, holes, threads, transparency, burrs, and surface condition based on customer drawings and application requirements.
Tolerance zones, hole positions, thickness, grooves, and mating features.
Flatness, burrs, scratches, thread fit, and contact areas.
Clarity, internal channels, polishing marks, stress marks, and surface defects.
Surface protection, clean handling, labeling, and drawing-based documentation.
RFQ
Send Your Drawing for Engineering Review
Upload your drawing, material, quantity, tolerance, and application requirements. Our team will review machining feasibility, material suitability, and quotation details.
- STEP / PDF / DWG accepted
- MOQ 1 prototype support
- Engineering review before quotation