3D Printing
Functional prototypes and end-use parts produced with precision and fast turnaround.
3D Scanning
High-accuracy data capture and reverse engineering for legacy parts and complex geometries.
Sheet Metal CAD
Manufacturing-ready CAD design with precise bend allowances and DXF exports for fabrication.
3D PRINTING CAPABILITIES
Functional prototypes and end-use parts. We utilize high-performance materials to deliver precision components with rapid turnaround for industrial applications across Perth.
Functional Prototypes
Durable nylon and engineering-grade filaments for stress-testing and fitment checks.
End-Use Components
Short-run production parts with high mechanical strength and thermal resistance.
Complex Geometries
Manufacturing parts that are impossible to create via traditional CNC or injection molding.
3D Scanning & Reverse Engineering
We utilize high-precision scan data to convert physical parts into accurate, fabrication-ready CAD models. Ideal for legacy part replacement, inspection, and complex geometry capturing with sub-millimeter precision.
Precision Reverse Engineering for Legacy Components
Converting worn mechanical parts into clean, parametric CAD files. Our process ensures all critical dimensions are captured for direct replacement or manufacturing improvements.
Complex Surface Reconstruction
Specializing in organic and complex geometries that traditional measurement tools cannot capture. We deliver high-fidelity surfaces suitable for CNC machining or tooling design.
Featured Case Studies
Real-world engineering challenges solved with precision 3D design and advanced manufacturing techniques.
SLA Printing
Complex Medical Valve Prototype
A medical startup needed high-detail flow testing parts. We optimized the geometry for SLA printing and produced rigid, translucent components. Outcome: Validated design in 48 hours.
Reverse Engineering
Legacy Mining Gear Replacement
Worn component with no OEM support. Laser scanned on-site, converted to parametric CAD, and re-manufactured with improved wear properties. Outcome: Downtime reduced by 60%.
Sheet Metal CAD
Server Rack Custom Enclosure
Complex mounting requirements for non-standard hardware. Developed full DXF flat patterns and assembly drawings for local fabrication. Outcome: 100% fit-up success rate.
3D Modeling
Agricultural Drone Frame Design
Challenge: High strength-to-weight ratio. Solution: Generative design approach with FDM carbon-fiber printed reinforcements. Outcome: 15% increase in flight time.
READY TO START YOUR PROJECT?
Precise parts, professional CAD, fast turnaround. Discuss your manufacturing or design requirements with our team.
ENGINEERED PRECISION
Practical, manufacturable 3D solutions for industrial applications. Our portfolio demonstrates high-accuracy design, rapid prototyping, and reverse engineering services focused on speed and technical precision.
3D Printing
Functional prototypes and end-use parts in high-performance polymers. Fast turnaround for Perth local workshops.
3D Scanning & RE
High-accuracy data capture of legacy components. Seamless transition from physical parts to clean CAD geometry.
Sheet Metal CAD
Fabrication-ready flat patterns and DXF outputs. Engineered with precise bend allowances for manufacturing.
Advanced 3D Printing Projects
Functional testing components and custom jigs printed for Perth-based engineering firms. Focus on material capability and dimensional accuracy.
Reverse Engineering & Scan Data
Converting complex mesh data into parametric CAD models. We specialize in legacy part recovery where original documentation is missing.
Sheet Metal & Fabrication Design
Precision CAD for enclosures and assemblies. Optimized for laser cutting and CNC bending with verified manufacturing tolerances.
Featured Case Studies
Custom Bracket Redesign
Problem: OEM cast part failing under stress. Solution: Redesigned geometry for 3D printing in high-strength polymer. Outcome: 30% weight reduction and increased endurance.
Process: Topological Optimization | FDM Printing
Legacy Pump Reverse Engineering
Problem: Out-of-production impeller needed replacement. Solution: 3D scanning and parametric reconstruction. Outcome: Precise fabrication-ready CAD files for CNC machining.
Capability: 0.05mm Scanning Accuracy
Control Panel Assembly
Problem: Urgent need for 50 enclosures for a mining site. Solution: Custom sheet metal design with pre-solved assembly tolerancing. Outcome: Shipped to production in 4 days.
Focus: Manufacturability & Lead Time
Discuss Your Industrial Project
Whether you need a legacy part scanned or a function prototype printed, we provide accurate solutions with industry-leading turnaround times.