3D engineering For Innovation & Quality.

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Unlock Superior Accuracy, Efficiency, and Savings with our Expert Solutions.

Precision Redefined:
Achieve sub-millimeter accuracy (down to 0.01mm tolerances) to minimize errors by 95% and ensure flawless prototypes and production parts.
Accelerated Timeliness:
Cut development cycles by up to 60%, reducing time-to-market from months to weeks for faster launches and revenue gains.
Significant Cost Reductions:
Eliminate waste and rework, saving 40-75% on reverse engineering and prototyping expenses while boosting profit margins.
Seamless Integration:
Models compatible with 99% of CAD, CNC, and simulation tools, enabling zero-downtime workflow adoption and 30% productivity lifts.
Scalable Versatility:
Adapt solutions for any project size or industry, handling up to 10x volume growth without added overhead or complexity.
Innovation Edge:
Unlock custom enhancements and data-driven insights to outpace competitors by 25% in R&D efficiency and extend product lifecycles by 2-3 years.

You have the questions, We have the answers.

What exactly is 3D scanning and how does it work?

3D scanning uses advanced laser or structured light technology to capture the exact geometry of physical objects, creating a digital "point cloud" that we convert into precise 3D models. It's non-contact, fast (often in minutes), and achieves sub-millimeter accuracy for seamless digitization.

What exactly is 3D scanning and how does it work?

3D scanning uses advanced laser or structured light technology to capture the exact geometry of physical objects, creating a digital "point cloud" that we convert into precise 3D models. It's non-contact, fast (often in minutes), and achieves sub-millimeter accuracy for seamless digitization.

How does your 3D modeling service differ from traditional CAD design?

Unlike manual CAD from scratch, our modeling starts with real-world scans for hyper-accurate reverse engineering, reducing errors by 95% and cutting design time by up to 60%. It's ideal for prototypes, upgrades, and production-ready files that integrate directly with your tools.

Which industries do you serve with your multi-industry scanning?

We cater to aerospace, automotive, healthcare, heritage preservation, manufacturing, and consumer products—delivering tailored solutions like prosthetic modeling or artifact restoration, ensuring compatibility across sectors for scalable, industry-specific results.

What level of accuracy can I expect from your mechanical grade models?

Down to 0.01mm tolerances for critical components, ensuring flawless replication of geometries, assemblies, and tolerances. This precision minimizes manufacturing defects and supports high-stakes applications like CNC machining or regulatory compliance.

How long does a typical 3D reverse engineering project take?

From scan to editable model in 3-7 days for most projects, depending on complexity—slashing traditional timelines by 50-70% and accelerating your path from legacy parts to innovative upgrades without delays.

Q: Can you handle large-scale or complex solution-based projects?

Absolutely—our end-to-end projects manage everything from massive industrial machinery to intricate assemblies, with collaborative workflows that scale seamlessly. We've optimized production lines for clients, delivering 40% cost savings and measurable ROI.

A few words from our clients.
“Exon has been a great addition to our artilary of tools. Sometimes we need that extra bit of expert help and they fit the mould perfectly. Great service!”
Jake Lyle - Design Engineer
“Exon produced scans of our rental apartments allowing people to view the properties without needing to be there, this is our go to way of showcasing now”
Conna McCormac - Property Manager
“Having a company ready to work on and produce 3D models on demand has been amazing for our Motorsport team so we need to have reliable partners”
George Foreshaw - Motorsport Eng.