Which material should I choose for my project?

It depends on your application. PLA is good for most models and prototypes, PETG for functional parts, and Nylon for mechanical components. Our team can recommend the best material based on your specific needs.

Can you match specific colours?

Yes, we can custom mix colours for larger projects or source specialty filaments to match your requirements.

Are your materials food-safe?

We stock food-safe PETG for applications requiring food contact. Please specify food-safe requirements when ordering.

How do the costs compare between materials?

PLA is our most economical option, with specialty materials like Carbon Fiber costing more. Please fill in the contact form for personalised quotes.

Can parts be painted after printing?

Yes, most materials accept paint well, and we offer professional painting services for a premium finish.

Do you stock biodegradable materials?

Yes, PLA is biodegradable under industrial composting conditions, making it an environmentally conscious choice.

What's the strongest material you offer?

Nylon and Carbon Fiber reinforced materials offer the highest strength for demanding mechanical applications.

What about discounts?

Students receive 20% off with valid student ID. All customers who leave us a Google Review (https://g.page/r/CdO3kF8ywZAKEAE/review)receive 30% off the first $100 of their next order.

Materials and Finishes

Our range of 3D printing materials and finishing options.

From standard PLA to advanced engineering plastics, we stock quality materials for every application and budget.

Quality 3D Printing Materials

Quality materials are essential for successful 3D printing projects. We stock quality filaments and materials, serving customers across Sydney from the CBD to the Northern Beaches, Western suburbs, and throughout NSW with reliable, consistent results.

Standard Materials

PLA (Polylactic Acid)

Applications: Prototypes, models, educational projects
Colours: 15+ standard colours available
Properties: Easy to print, biodegradable, minimal odour
Good for: Student projects and general prototyping
Finish: Smooth surface, good detail reproduction

PETG (Polyethylene Terephthalate Glycol)

Applications: Functional parts, containers, mechanical components
Properties: Chemical resistant, food-safe options available
Strength: Higher impact resistance than PLA
Good for: Custom replacement parts requiring durability
Transparency: Clear options available for special applications

ABS (Acrylonitrile Butadiene Styrene)Applications:

Automotive parts, electronic enclosures, tools
Properties: Heat resistant, strong, and durable
Post-processing: Can be sanded, painted, and chemically smoothed
Good for: Rapid prototyping requiring heat resistance
Industries: Common with Sydney's automotive restoration community

Engineering Materials

Nylon (PA12)

Applications: Gears, bearings, functional mechanical parts
Properties: Good wear resistance, chemical compatibility
Strength: High tensile strength and flexibility
Good for: Industrial applications
Finish: Naturally slightly textured, can be dyed

TPU (Thermoplastic Polyurethane)

Applications: Gaskets, flexible joints, phone cases
Properties: Rubber-like flexibility, good elasticity
Hardness: Available in multiple shore hardness ratings
Good for: Custom parts requiring flexibility
Uses: Common for marine applications

Carbon Fiber Reinforced

Applications: Lightweight structural components, drone parts
Properties: High strength-to-weight ratio, minimal warping
Industries: Aerospace and automotive applications
Good for: Rapid prototyping of high-performance parts
Availability: Premium service

Speciality Materials

Wood-Fill Filaments

Properties: Real wood fibres, can be stained and finished
Applications: Decorative items, architectural models
Post-processing: Sanding and wood finishing techniques apply

Metal-Fill Filaments

Types: Bronze, copper, steel-filled options
Properties: Heavier than standard plastics, metallic appearance
Applications: Decorative items, jewellery, artistic projects
Finishing: Can be polished to achieve metal-like finish

Conductive Filaments

Applications: Electronic prototypes, touch sensors
Properties: Electrically conductive when printed properly

Materials for Model Printing

High-Detail Resins (SLA)

Excellent surface finish and fine detail reproductionGood for architectural models and miniatures
Available in multiple colours
Smooth finish suitable for painting

Model-Specific Materials

Clear PETG - Transparent windows and glazing for architectural models
Wood-fill PLA - Natural wood appearance for realistic building models
Flexible TPU - Moving parts and hinges in mechanical models
Multiple colour PLA - Cost-effective multi-colour model components

Need help deciding? Our design services can help.

Surface Finishes and Post-Processing

Standard Finish Natural 3D printed surface texture suitable for most functional applications and budgets.

Smooth Finish Enhanced surface quality with minimal layer lines, good for presentation models and design services.

Painted Finish Professional spray painting in custom colours and effects, popular for architectural models and display pieces.

Clear Coating Protective clear coat application with UV resistance for outdoor applications, common for marine applications around Sydney.

Colour Options

Standard Colours

Black, White, Grey (multiple shades)
30+ Colours

Premium Colours

Metallic finishes (Gold, Silver, Copper)
Silk Finishes
Matte Finishes
Stone Effect Finishes
Duel Colour
Transparent and translucent options
Glow-in-the-dark materials
Custom colour matching available

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FAQ

FAQ: Materials and Finishes

FAQ: Student and Educational Projects