CNC Machined Wear Parts Australia
Custom CNC machined wear parts for mining, quarrying, and heavy equipment. Bisalloy, Hardox, tungsten carbide. Reverse engineering available. ISO tolerances. Quote in 2 business days.
Wear Parts We Manufacture
Each wear part is designed to resist abrasion, impact, and erosion in harsh industrial environments.
Wear plates and liners
Wear rings and sleeves
Bushings and bearings
Cutting edges and blades
Impeller wear rings
Seal faces
Slide pads and guides
Custom wear components
Industries We Serve
Our wear parts are deployed in extreme industrial environments worldwide.
Materials Available
We stock and machine all ultra-hard materials for severe wear environments.
| Material | Hardness | Best For |
|---|---|---|
| Bisalloy | 400 HV | Impact and abrasive wear, mining |
| Hardox | 500–550 HB | Sliding wear, moderate impact |
| Tungsten Carbide | 1400+ HV | Extreme abrasion, stone and sand |
| Stainless Steel 316 | 170 HB | Corrosive wear environments |
| Bronze | 80–150 HB | Low-friction, non-metallic surfaces |
| UHMWPE / PEEK | 60–80 Shore D | Low-friction, non-metallic, corrosion-resistant |
Manufacturing Capabilities
CNC Machining of Hard Materials
We machine Bisalloy, Hardox, and tungsten carbide on CNC mills and lathes. Specialized tooling and coolant strategy ensure excellent finish on ultra-hard materials.
- ✓ Bisalloy and Hardox
- ✓ Carbide cutting tools
- ✓ Coolant optimization
- ✓ Long tool life
Reverse Engineering
Send us your worn part, and we will measure and create a replacement drawing. We confirm material, replicate all features, and manufacture new parts to the same standard.
- ✓ Worn part analysis
- ✓ New part replication
- ✓ Material confirmation
- ✓ Faster than OEM parts
Surface Treatment and Hardening
We arrange hardening, nitriding, hard-facing, and ceramic coatings to extend wear life. Treatments can reduce wear by 50–80% in the right application.
- ✓ Case hardening
- ✓ Nitriding
- ✓ Hard-facing and weld overlay
- ✓ PVD and CVD coatings
Quality Assurance
Every wear part is inspected to ensure long service life and minimal downtime.
Dimensional inspection — CMM verification of all critical features
Hardness testing — Verification of surface hardness on treated parts
Surface finish inspection — Ra measurements on wearing surfaces
Material certification — Mill certificates for all materials
Visual inspection for cracks, defects, and premature wear
Full traceability and batch control
Lead Times & Quantities
Rapid turnaround for wear parts, with volume pricing available for repeat orders.
Simple wear parts
7–10 days
Flat plates, simple geometry
Moderate complexity
10–15 days
Rings, sleeves, custom profiles
Complex treated parts
15–20 days
Hardened, hard-faced, coated
Wear Parts FAQ
What materials are best for extreme wear applications?
Material selection depends on the wear mechanism. Bisalloy (400 HV) is the standard for impact and abrasive wear in mining and quarrying. Hardox (500–550 HB) is used for sliding wear and moderate impact. Tungsten carbide is specified for extreme abrasion (dry sand, stone) where steel wears too quickly. Stainless steel 316 is used for corrosive environments. UHMWPE and PEEK are selected for low-friction, non-metallic applications. Our engineers recommend the best material based on your specific wear conditions.
Can you manufacture replacement wear parts for obsolete equipment?
Yes. If you have a worn part, we can reverse engineer it and manufacture an exact replacement. We take the worn part, measure critical dimensions, and confirm material specification, then machine new parts to the same drawing. This is faster and cheaper than sourcing original spare parts for old equipment.
What surface treatments improve wear resistance?
Surface treatments extend wear life significantly. Hardening (case hardening or through-hardening) increases surface hardness and wear resistance. Nitriding is used on steel wear parts to improve hardness without dimensional change. Hard-facing (weld overlay) deposits ultra-hard metal on wear surfaces for extended life. Ceramic coatings (PVD, CVD) can reduce wear by 50–80%. We recommend treatment based on your specific wear mechanism and production environment.
What is the typical lead time for wear parts?
Simple wear parts (flat plates, simple geometry) can be delivered in 7–10 business days. Moderate complexity (rings, sleeves, custom profiles) typically take 10–15 business days. Complex wear components (multi-stepped, hardened, treated) may take 15–20 business days. Large-volume orders can be scheduled for optimal pricing.
Can you reverse engineer worn parts for replacement?
Yes. Send us your worn part, and we will measure and create a replacement drawing. We confirm original material specification, replicate all critical features, and manufacture new parts to the same standard. This service is ideal for obsolete or hard-to-find spare parts — faster and often cheaper than sourcing from original equipment manufacturers.
Do you offer material recommendations for specific wear conditions?
Yes. Our engineering team will assess your wear application and recommend the best material. We consider the type of wear (abrasion, impact, sliding, corrosion), operating environment, temperature, and production volume. We can often extend wear life by 2–5× by specifying the right material and surface treatment combination.
Get a Quote for Custom Wear Parts
Upload your drawing or send a worn part for reverse engineering. We'll return a quote with material recommendations within 2 business days.
Start Your Quote →