3D printing for prototypes
and product development
At Formekta, we provide FDM and SLA 3D printing for prototypes, one-off parts, and small production runs. Most jobs start from a STEP or STL file, and we can help refine your model for print if needed. Parts can be shipped Australia-wide, with Gold Coast support available by arrangement.
Why 3D Print?
Fast Prototyping
Go from CAD to physical part in days, not weeks. Test fit, function, and design before committing to tooling.
Complex Geometries
Create parts that can't be made with traditional methods. Internal channels, organic shapes, and consolidated assemblies.
Low Volume Production
Produce 1 to 100 parts economically. No minimum order quantities or expensive tooling.
Replacement Parts
Reproduce legacy parts that are no longer available. Reverse engineer from existing samples or create from measurements.
Technologies
FDM (Fused Deposition Modeling)
Best for: Functional prototypes, strong parts, large builds
Materials available:
PLA: Easy to print, good detail, biodegradable
PETG: Strong, flexible, chemical resistant
ABS: Impact resistant, heat resistant, good for functional parts
TPU: Flexible, rubber-like properties
Layer height: 0.1mm to 0.3mm
Build volume: Up to 300 x 300 x 400mm
SLA (Stereolithography)
Best for: High detail, smooth surfaces, fine features
Materials available:
Standard resin: General purpose, good detail
Tough resin: ABS-like properties, impact resistant
Flexible resin: TPU-like flexibility
Castable resin: For jewelry and investment casting
Layer height: 0.025mm to 0.1mm
Build volume: Up to 145 x 145 x 175mm
Choosing FDM vs SLA
FDM is best for larger parts, functional testing, and cost effective prototypes. SLA is best for fine detail, smooth surfaces, and presentation parts. If you are unsure, send the part purpose and I will recommend the right process.
3D printing FAQs
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FDM is best for larger parts, functional testing, and cost effective prototypes. SLA is best for fine detail, smooth surfaces, and presentation parts. If you tell me the intended use, I will recommend the right process.
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STEP files are preferred because they are CAD accurate and easier to check. STL files are also accepted. Please include quantity, intended use, and any critical dimensions or fit requirements.
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Tolerances depend on part size, geometry, and print process. For fit critical parts, I recommend allowing some clearance and confirming key dimensions in the design. If you share the mating parts or target fit, I can advise a suitable allowance.
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Material options depend on whether the part is printed in FDM or SLA. I can recommend a material based on strength, temperature, and finish requirements, and confirm what is available at quoting.
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Yes, basic finishing such as support removal and clean-up is included. If you need a smoother cosmetic finish, we can discuss sanding, priming, or other finishing options depending on the part and process.
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Turnaround depends on size, quantity, and the print process. Many prototype jobs can be turned around within several business days once the file is confirmed. I will confirm timing and shipping when quoting.
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Ready to Start Your Project?
Whether you need a single prototype, replacement parts, or complete product development, we're here to help. Most quotes provided within 24 hours.
Email us your project details or use our contact form. Include drawings, sketches, or descriptions of what you need. We'll respond within one business day with feedback and pricing.
What to include:
CAD file (STEP preferred, STL accepted)
Quantity required and intended use
Preferred material or finish, if known