3D Printing Perth | Rapid Prototyping & Custom Parts
Professional 3D Printing Services in Perth
Elite Engineering WA provides industrial-grade 3D printing, rapid prototyping, and custom part fabrication for engineers, product designers, and manufacturers across Perth and Western Australia. Our Forrestdale workshop combines advanced additive manufacturing technology with 17+ years of fabrication expertise to deliver functional prototypes and low-volume production parts in days, not weeks.
Whether you need a proof-of-concept prototype, fit-check model, custom jig, or low-volume production run, our 3D printing services deliver precision, speed, and material versatility. We specialise in engineering-grade thermoplastics — including carbon fibre reinforced nylon, PETG, and polycarbonate — for parts that withstand real-world mechanical and thermal demands.
Unlike generic 3D printing services, we bring deep fabrication and materials experience to every project. Our Design for Additive Manufacture (DFAM) service ensures your parts are optimised for the printing process — maximising strength, minimising weight, reducing waste, and cutting costs before the first layer is printed.
3D Printing Capabilities
Printing Technologies
- Fused Deposition Modelling (FDM) — functional prototypes, end-use parts, jigs, and fixtures in engineering-grade thermoplastics. Build volume: 400×300×400mm. Layer resolution: 50–400 microns
- Stereolithography (SLA) — high-detail prototypes, visual models, and complex geometries with smooth surface finishes. Build volume: 335×200×300mm. Layer resolution: 25–100 microns
- Selective Laser Sintering (SLS) — durable, complex parts with excellent mechanical properties and no support structures required. Build volume: 250×250×350mm. Layer resolution: 80–120 microns
Materials & Applications
High strength-to-weight ratio, excellent stiffness, wear resistance. Ideal for functional prototypes, jigs, fixtures, and end-use parts requiring mechanical performance. View material properties →
Balanced strength and surface quality, good chemical resistance. Suitable for visual prototypes, functional testing, and parts requiring dimensional stability.
Good impact resistance, chemical resistance, and ease of printing. Common for prototypes, packaging, and consumer products.
High impact strength, thermal resistance (up to 115°C), and optical clarity. Used for functional prototypes, machine guards, and automotive components.
Durable, impact-resistant, and easy to post-process. Suitable for functional prototypes, enclosures, and parts requiring surface finishing.
Biodegradable, easy to print, excellent surface quality. Ideal for visual prototypes, architectural models, and non-functional components.
Design for Additive Manufacture (DFAM)
Great 3D prints start with great design. Design for Additive Manufacture (DFAM) is the process of optimising your part geometry for 3D printing — exploiting the strengths of additive manufacturing while minimising its limitations.
Most 3D print failures don't happen in the printer — they happen in the design phase. Our DFAM service ensures your parts are engineered for success from the start, whether you're bringing us an existing CAD model or starting from a concept sketch.
DFAM Optimisation Benefits
Combine multiple components into a single printed part — eliminating assembly time, reducing weight, and improving reliability. Complex assemblies that previously required 20+ parts can often be consolidated into one.
Traditional manufacturing can't produce internal cavities, organic shapes, or complex internal channels — 3D printing can. DFAM leverages these capabilities to create parts impossible with CNC, casting, or traditional methods.
Additive manufacturing builds only where material is needed. Through topology optimisation and lattice infill strategies, we can reduce part weight by 30–60% while maintaining structural performance.
Unlike subtractive manufacturing (CNC machining from solid billet), additive manufacturing uses only the material required for the part — reducing material waste by up to 90% and cutting costs.
Our DFAM service includes design review, material selection advice, print orientation optimisation, support structure analysis, and cost estimation. Most parts are optimised and ready to print within 24–48 hours. Learn more about our design services →
Applications & Industries
Our Perth 3D printing services support engineers, product developers, and manufacturers across Western Australia:
- Rapid Prototyping: Functional prototypes for fit-check, form-check, and engineering validation. Iterate designs quickly and test before committing to expensive tooling or production
- Jigs & Fixtures: Custom tooling for manufacturing, quality control, and assembly operations. Replace expensive machined metal jigs with lightweight, durable 3D printed alternatives
- Low-Volume Production: Produce small batches of end-use parts without the cost and lead time of injection moulding or CNC machining. Ideal for 10–500 unit runs
- Spare Parts: Reverse-engineer and reproduce obsolete or out-of-production components. Maintain legacy equipment without waiting weeks for custom parts
- Architecture & Product Design: High-detail visual models, scale prototypes, and presentation pieces for client review and marketing
- Mining & Industrial: Custom fixtures, conveyor components, and specialised tooling for Perth's mining and manufacturing sectors
Based in Forrestdale, we serve Perth metro and regional WA. Our workshop is equipped to handle projects from single prototypes to production runs, with typical turnaround times of 2–5 business days for standard parts.
Why Choose Elite Engineering WA for 3D Printing
17+ Years of Fabrication Expertise: We're not just a 3D printing shop — we're a full-service fabrication company with 17+ years of experience in welding, metal fabrication, and custom manufacturing. That expertise informs how we approach 3D printing, ensuring parts meet real-world performance requirements.
Engineering-Grade Materials: We don't print with hobbyist filaments. Our library includes carbon fibre reinforced thermoplastics, industrial nylons, and high-performance polymers — materials that withstand mechanical loads, thermal cycling, and chemical exposure.
Design for Additive Manufacture Included: Every project includes DFAM consultation. We optimise your design for the printing process, material, and application — ensuring the best possible outcome. Most design optimisations are completed within 24 hours.
Fast Turnaround: Standard parts print in 2–5 business days. Rush services available for urgent projects. Local to Perth — no interstate shipping delays or GST surprises.
Ready to Start Your 3D Printing Project?
Send us your CAD files or describe your requirements. We'll provide a detailed quote within 24 hours, including material recommendations, print orientation, and delivery options.
Frequently Asked Questions
3D printing, also known as additive manufacturing, creates physical objects from digital models by adding material layer by layer. The process starts with a CAD file, which is sliced into thin layers using specialised software. The 3D printer then deposits or cures material (plastic, resin, or metal) layer by layer until the part is complete.
Common 3D printing technologies include Fused Deposition Modelling (FDM) for thermoplastics, Stereolithography (SLA) for high-detail resin parts, and Selective Laser Sintering (SLS) for durable nylon components. Each technology has different strengths — FDM is versatile and cost-effective, SLA offers superior surface quality and detail, while SLS produces strong, functional parts with complex geometries.
3D printing offers several key advantages:
- No tooling required: Unlike injection moulding or casting, 3D printing doesn't require expensive moulds, dies, or patterns — making it ideal for prototypes and low-volume production
- Complex geometries: 3D printing can produce internal cavities, organic shapes, and complex structures that are impossible or prohibitively expensive with CNC machining or traditional methods
- Fast turnaround: Parts can be printed in hours or days, not weeks. Ideal for rapid prototyping, design iterations, and urgent production needs
- Cost-effective for small batches: No economies of scale — printing 1 part costs the same per piece as printing 100. Perfect for low-volume runs (10–500 units)
- Material efficiency: Additive manufacturing uses only the material needed for the part, reducing waste by up to 90% compared to subtractive methods
While 3D printing is versatile, it has some limitations:
- Size constraints: Part size is limited by the printer build volume. Our largest FDM printer accommodates parts up to 400×300×400mm. Larger parts must be split and assembled
- Surface finish: Layer lines are visible on most 3D printed parts (though SLA offers smoother finishes). Post-processing (sanding, painting, vapour smoothing) can improve surface quality
- Material properties: While engineering-grade thermoplastics are strong, they may not match the performance of injection-moulded or machined parts for high-load or high-temperature applications
- Cost at scale: 3D printing is cost-effective for prototypes and small batches, but becomes expensive compared to injection moulding for production runs over 1,000+ units
We'll advise if 3D printing is the right solution for your project, or recommend alternative manufacturing methods if more appropriate.
We accept most common 3D file formats, including:
- STL (.stl): Standard triangulated mesh format — most common for 3D printing
- STEP (.step, .stp): Parametric CAD format — preferred for engineering parts as it preserves exact geometry
- OBJ (.obj): Common for visual models and artistic designs
- 3MF (.3mf): Modern format that includes colour, material, and print settings
- Original CAD files: SolidWorks (.sldprt), Fusion 360 (.f3d), Inventor (.ipt) — we can convert to print-ready formats
If you don't have a 3D model, we can create one from sketches, drawings, or physical samples using our custom design services.
3D printing costs depend on several factors: part size, geometry complexity, material choice, printing technology, and quantity. We provide custom quotes for every project.
As a rough guide:
- Small prototypes (under 50mm): $20–$80 per part in standard PLA or PETG
- Medium functional parts (50–150mm): $80–$250 in engineering-grade materials like carbon fibre nylon
- Large or complex parts (150mm+): $250–$800+ depending on print time and material volume
Design for Additive Manufacture (DFAM) consultation is included free with every quote. We'll review your design, recommend the best material and print orientation, and provide transparent pricing before we start.
3D printing is used across many industries and applications:
- Rapid prototyping: Functional prototypes for design validation, fit-testing, and engineering review. Iterate quickly and test before committing to expensive tooling
- Product development: Proof-of-concept models, market testing, and design iterations for new products
- Jigs & fixtures: Custom tooling for manufacturing, quality control, and assembly operations — replacing expensive machined metal alternatives
- Low-volume production: Small batches of end-use parts (10–500 units) without tooling costs
- Spare parts: Reverse-engineer and produce obsolete or out-of-production components for legacy equipment
- Medical devices: Custom prosthetics, surgical guides, and anatomical models for planning
- Architecture: Scale models, visual prototypes, and presentation pieces
Our Perth workshop serves engineers, product designers, architects, and manufacturers across Western Australia. Whatever your application, we'll advise on the best material, technology, and design approach.