Capability
3-D Printing and Prototyping
Rapid, accurate and cost efficient prototypes and functional parts built with precision for testing, validation and small batch production.
Fast turnaround, detailed geometry and high dimensional accuracy for design verification and industrial applications.
Quality You Can Measure
Quality stays consistent across every project with controlled, documented and traceable steps
Layer accuracy and surface resolution checks
Material certification and batch traceability
Dimensional inspection for critical features
Strength, fit and assembly validation
Controlled temperature and print conditions
Repeatable output across multiple builds
Process overview
What is 3-D Printing and Prototyping ?
How does the process work
Digital 3D models are sliced into layers and printed using FDM, SLA, or SLS technologies. This delivers accurate prototypes and functional parts directly from CAD without tooling.
What materials and printing technologies are supported
We support ABS, PLA, PETG, Nylon, TPU and engineering grade resins. FDM, SLA and SLS are selected based on strength, accuracy, flexibility, or surface finish needs.
What sizes and tolerances can be achieved
Fine details, complex internal structures and tight tolerances can be produced with high consistency. Larger parts can be printed in sections and bonded with alignment accuracy.
Where this capability fits in the production cycle
Ideal for concept models, functional prototypes, design validation, pilot batches and pre-production testing before investing in tooling or moulds.
What reliability and compliance factors matter
Print temperature, layer height, material parameters and curing conditions affect strength and finish. Each print is monitored to ensure accuracy and repeatability.
Why it matters
Each advantage solves a real bottleneck, accelerates development, reduces risk and enables complex designs that traditional methods cannot support.
Why Manufacturers Choose This Process
- Rapid prototypes without tooling cost
- Complex geometries printed with ease
- Accurate fit and functional validation
- Low volume production at reduced cost
3D printing accelerates decision making by enabling quick testing, faster iterations and early design improvements.
Applications
Application across Industries
3D printing and prototyping support fast design cycles, functional testing and production of low volume or high complexity parts.
- Concept models and design samples
- Functional prototypes for testing
- Custom fixtures, jigs and tooling aids
- Machine covers, housings and small enclosures
- Fit check components and assembly trials
- Replacement parts and small batch manufacturing
- Complex geometries difficult for conventional processes
- Snap fits, hinges and prototype mechanisms
SOLUTION WE OFFER
Solving What Others Complicate
Slow development and long tooling cycles
Traditional tooling delays projects. Rapid printing accelerates testing and decision making.
High cost for low volume parts
Manufacturing small quantities is expensive. 3D printing delivers affordable low volume parts.
Difficulty testing complex design concepts
Intricate shapes are challenging to fabricate. 3D printing makes complex geometry easy to evaluate.
Multiple iterations needed before finalisation
Tooling changes are costly. Iterative printing enables fast improvements at minimal cost.
From concept to production
Transform digital designs into accurate physical parts with fast turnaround, detailed resolution and consistent results
From concept to production
Transform digital designs into accurate physical parts with fast turnaround, detailed resolution and consistent results.
- Clean geometry for accurate output
- Optimised layer height for strength and detail
- Tool path setup for stable print performance
- Temperature and speed control for reliability
- Precise material deposition for dimensional accuracy
- Supports and structures optimised for clean results
- Support removal and surface refinement
- Sanding, coating, and polishing as needed
- Parts prepared for assembly or testing
- Fit, movement, and tolerance verification
- Functional testing for load or flex behaviour
- Ready to use prototypes delivered with confidence
Built to perform
Every assembled unit goes through strict quality control to ensure strength, alignment and repeatability
Print settings, material parameters and finishing steps are documented to maintain uniformity across batches.
Manufacturers rely on our 3D printed parts for design validation, functional testing and small batch production with consistent results.
Proof of Performance
We Don't Just Adapt to
Change; We Drive it
35+ Years of Manufacturing Experience
2 Production Facilities with In-House Tooling
ISO 9001:2015 Certified Quality Systems
100% Fitment Accuracy Achieved Across Batches
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