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Plastic Machining & Machined Parts
ISO 9001:2015 Certified

Plastic Machining & Machined Plastic Parts

CNC plastic machining for HDPE, UHMWPE, nylon, and acetal. One-off parts, reverse-engineered replacements, and production runs machined to drawing with fast Australia-wide delivery.

±0.05mm Machining Tolerance
24hr Quote Turnaround
8+ Engineering Plastics Stocked

Expert Estimation Services

Upload your technical drawings (DXF, PDF, or STEP) for a comprehensive quote within 4 business hours.

Engineering Review

Every drawing is audited by our senior engineers for manufacturability and cost-efficiency.

Australia-Wide Shipping

Secure, tracked logistics for precision components delivered across Australia.

Precision Machining

State-of-the-art CNC and laser technology ensuring tolerances up to ±0.1mm.

Start Your Project

Upload drawings or provide specs for accurate quoting.

Max 5 files, 10MB each

Technical Material Library

Specialised polymers for industrial, chemical, and retail applications.

Precision Workflow

Our quality assurance pipeline ensures every component meets your exact engineering requirements.

Submit Your Design

Send us your CAD files, engineering drawings, or detailed specifications - our team accepts DXF, DWG, STEP, and PDF formats.

Review & Quote

Perspex Online will assess your design for machinability, recommend the most suitable engineering plastic, and provide a clear written quote within 24 hours.

Machine Your Parts

Your components are precision machined in our workshop using CNC milling, CNC turning, drilling, tapping, or surface grinding as required.

Inspect & Deliver

Finished parts are dimensionally inspected, carefully packed, and made ready for workshop pick-up or nationwide delivery across Australia.

Engineering Standards & Fabrication Capabilities

Precision Plastic Components for Engineering and Industrial Use

When a metal part corrodes, adds unwanted weight, or fails to meet food-safety or electrical isolation requirements, a machined plastic component is often the practical solution. Engineering plastics can be machined to the same dimensional accuracy as metals while offering superior chemical resistance, lower friction, and compliance with food-grade or medical standards.

Perspex Online produces machined plastic parts for applications where off-the-shelf components don't exist or where a worn part needs an exact replacement. Whether you're sourcing a single prototype or a consistent batch for an OEM assembly line, parts are machined to your drawings or CAD files.

Machined PTFE parts

Applications Across Mining, Food Processing, and More

Machined plastic parts are specified across a broad range of industries where specific material properties - wear resistance, low friction, chemical inertness, or hygiene compliance - are non-negotiable.

Common applications include:

  • Mining: wear plates, chute liners, and conveyor components in UHMWPE
  • Food processing: cutting boards, guide rails, and rollers in food-grade HDPE or PTFE
  • Medical and pharmaceutical: precision components requiring chemical resistance and sterilisability
  • Hydraulics and automation: bushings, seals, and slide bearings in acetal or nylon
  • Defence and OEM: custom-engineered parts in PEEK or Torlon for high-load, high-temperature environments
Machined HDPE rollers

Machined from Solid Engineering Plastic, Not Moulded

All parts are machined from solid stock - not injection moulded - which means there are no tooling costs, no minimum order quantities tied to mould amortisation, and no compromise on material integrity. Materials like polycarbonate , acetal, and UHMWPE retain their full mechanical properties when machined from extruded or cast rod and sheet.

This makes plastic machining cost-effective for short runs, replacement parts, and prototyping, where the economics of moulding simply don't stack up.

Machined PTFE O-rings

Backed by a Professional Plastics Workshop

Perspex Online operates out of P&M Plastics' established fabrication workshop, giving customers access to serious machining capability without the overhead of dealing with a large contract manufacturer. Every part is quality-checked for dimensional accuracy before it leaves the workshop.

Drawings often specify materials by brand. Our engineering plastic trade names guide cross-references Ertalon, Sustamid, Polystone, and the other common names to the materials we machine.

Jobs can be submitted via drawing, DXF, DWG, STEP, or detailed specification. If you're replacing an existing part, physical samples or hand sketches with key dimensions are also accepted as a starting point for quoting.

Machined UHMWPE roller
CNC lathe machining engineering plastics
CNC lathe machining engineering plastics

Project Gallery

Why Choose This Service

Tight tolerances down to ±0.05mm ensure your components fit and function exactly as designed.
CNC milling and turning capabilities allow complex geometries, threaded features, and precision bores in a single setup.
We machine food-grade and medical-grade plastics including UHMWPE and PTFE to meet strict hygiene and compliance requirements.
Engineering plastics such as PEEK and Torlon are available for high-temperature, high-load applications where metals are impractical.
Small to medium production runs are handled efficiently, with consistent repeatability across every part in the batch.
Backed by P&M Plastics' professional workshop, every machined component is quality-checked before despatch or pick-up.

Capabilities

CNC MillingCNC TurningDrillingTappingSurface GrindingAssembly

Plastic Machining & Machined Parts FAQ

What types of machined plastic parts do you make?
We manufacture bushings, bearings, rollers, wear strips, spacers, gears, pulleys, seals, and custom components for industrial, marine, food processing, and mining applications.
Which plastics are best for machined parts?
Acetal and nylon are the most common for general engineering. UHMWPE for high-wear applications, PTFE for chemical resistance, and PEEK for high-temperature or medical-grade requirements.
Can machined plastic parts replace metal components?
In many cases, yes. Plastic parts offer lower weight, corrosion resistance, self-lubrication, and reduced noise. We can advise on material selection based on load, speed, temperature, and chemical exposure.
Do you work from customer drawings?
Yes. Send us your drawings in DXF, DWG, STEP, IGES, or PDF format. We can also reverse-engineer existing parts if you supply a sample.
What is the minimum order quantity?
There is no minimum. We produce single prototypes through to production runs of thousands. Pricing is quoted per job based on material, complexity, and quantity.
From the blog

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Top 10 Ordering Mistakes With Plastic Materials (And How to Avoid Them)

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From CAD to Cut: The Science and Technology Behind Precision Cut-to-Size Plastics

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Top Plastic Material Problems-and How Expert Cutting and Fabrication Prevent Them

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Ready to start your project?

Join thousands of businesses across Australia who trust Perspex Online for precision plastic fabrication.