About Us

We can scan virtually any physical object, from small precision components to large mining equipment parts. Our 3D scanning technology works effectively on metals, plastics, composites, and other materials commonly found in mining, manufacturing, automotive, and agricultural equipment. The only limitations are highly reflective surfaces (which we can treat) and parts smaller than 0.5mm in critical dimensions.

Our 3D scanning achieves accuracy levels of ±0.1mm for most applications, with even higher precision available for critical components. This level of accuracy is suitable for reverse engineering, quality control inspection, and creating replacement parts that meet or exceed original specifications.

No, that's one of the key advantages of our 3D scanning service. We can create accurate CAD models and technical drawings from your physical parts alone, even when no original documentation exists. This is particularly valuable for older equipment or when original manufacturers are no longer available.

Scanning time varies by part complexity and size. Simple components can be scanned within 2-4 hours, while complex assemblies may require 1-2 days. We'll provide specific timelines during our initial consultation based on your particular requirements.

Yes, with over 15 years of engineering experience, we specialize in both surface and underground mining equipment. We understand the demanding conditions, safety requirements, and performance standards required for mining applications across the Sydney, Newcastle, and Hunter Region operations.

We provide detailed drafting for large projects and can scale our services to meet manufacturing demands. Our CNC machining capabilities complement our design services, allowing us to support projects from concept through production.

We offer 3D scan inspection services for quality control and verification. This involves comparing manufactured parts against original specifications or CAD models to ensure dimensional accuracy and compliance with engineering requirements.

We deliver CAD models in industry-standard formats including SolidWorks, AutoCAD, Inventor, and neutral formats like STEP, IGES, and STL. We'll match your preferred format or recommend the best option for your intended use.

Absolutely. Our reverse engineering process often identifies opportunities for design improvements, material optimization, or manufacturing enhancements. We'll discuss potential improvements during the project and implement them with your approval.

We typically need the physical part (even if worn or damaged), any available specifications or performance requirements, and details about the intended application. If the part is too large or valuable to transport, we can arrange on-site scanning at your facility.

Our experienced engineers can reconstruct original specifications from damaged parts by analyzing wear patterns, identifying original surfaces, and using engineering judgment to restore intended dimensions. We often create parts that perform better than the originals.

Digital prototyping allows you to visualize and test designs before manufacturing, reducing costs and development time. We create detailed 3D models that can be analyzed for stress, fit, and function, helping identify potential issues before committing to production.

Yes, we offer 3D printing for prototyping and small-scale production. This is particularly useful for testing fit and function before investing in full-scale manufacturing or creating temporary replacement parts while permanent solutions are being machined.