Capabilities
Engineering Plastic CNC Machining Capabilities
Ultra precision CNC machining capabilities for PMMA, PEEK, PAI, PEI, PI and other engineering plastics used in demanding technical applications.
Why Micrylix
Machining Built Around Engineering Plastic Behavior
Precision in plastics depends on material knowledge, stable fixturing, tooling strategy, and drawing review.
Micrylix focuses on custom CNC machined engineering plastic parts where clarity, dimensional stability, micro features, sealing surfaces, and application requirements matter.
Material Expertise
PMMA, PEEK, PAI / Torlon, PEI, PI and selected high-performance plastics.
Drawing-Based Review
Geometry, tolerance, material, quantity, and application are reviewed before quoting.
Prototype to Production
Support for 1-piece prototypes, small batches, and repeat production.
Core Processes
CNC Machining Processes
Capabilities for functional, transparent, and high-performance plastic components.
CNC Milling
Profiles, pockets, channels, slots, flat surfaces, precision plates, and complex machined features.
CNC Turning
Round components, sleeves, bushings, cylindrical features, and concentric plastic parts.
5 Axis Machining
Reviewed for complex geometries, multi-side features, and reduced setup requirements.
Micro Feature Machining
Micro channels, micro holes, small ports, and precision details for fluidic and laboratory parts.
Optical Polishing
Selected PMMA / Acrylic features can be polished when transparency and visual quality matter.
Prototype to Production
Project support from early samples to controlled small-batch and production runs.
Tolerance Capability
Tolerance Capability Depends on Geometry and Material
Critical dimensions should be reviewed from drawings before production.
Micrylix can review tight tolerance requirements for machined plastic parts, including transparent PMMA components, microfluidic plates, PEEK parts, and PAI / Torlon components.
PMMA
Transparency, edge condition, surface quality, and clean features.
PEEK
Dimensional stability, strength, chemical resistance, and precision features.
PAI / Torlon
Wear resistance, high-temperature behavior, and controlled mechanical details.
Materials We Machine
Engineering Plastics for Technical Applications
Material selection is part of the machining strategy.
Quality Control
Inspection and Review for Precision Plastic Parts
Quality starts before machining, with drawing review and material selection.
Micrylix reviews material grade, dimensions, tolerance notes, surface requirements, and application conditions before production.
Drawing Review
Critical features and tolerance risks are reviewed during RFQ.
In-Process Checks
Important dimensions can be checked during machining.
Final Inspection
Parts are reviewed before packing and shipment.
RFQ
Send Drawings for Capability Review
Upload drawings, material requirements, quantity, and application details for an engineering review.