Recent 3D Scanning Projects in Sydney & Australia
Explore our extensive portfolio of 3D scanning projects and reverse engineering case studies across Sydney and Australia. Typically, these encompass a wide variety of sectors, including mining, manufacturing, pharmaceutical, and residential sites. Fundamentally, every project starts with an accurate 3D scan, capturing the existing site or equipment with millimetre-level precision. From there, our team develops a comprehensive 3D model tailored precisely to the client’s specific needs. Whether that involves a facility upgrade, equipment replacement, regulatory compliance, or custom fabrication, we have the expertise to help. Ultimately, while no two projects are exactly the same, the result is always reliable, accurate data that our clients can confidently build from.
3D laser scan and reverse engineering of an operating ball mill facility, producing a millimetre-accurate digital twin for upcoming modification works.
- Approach: Combined terrestrial and handheld scanning, validated in Autodesk Inventor.
- Deliverable: A complete digital twin of the ball mill and surrounding plant structure.
- Result: Reduced rework risk, fewer costly design clashes, less on-site labour and site visits, and a permanent as-built record for future maintenance.
3D laser scan of an operational packaging facility, replacing outdated 2D drawings ahead of new equipment installation.
- Approach: Full-site scan converted into an accurate digital as-built model.
- Deliverable: A reliable reference model for planning, design, and supplier equipment fitment checks.
- Result: Reduced risk of equipment clashes and costly rework, fewer unplanned site visits, and improved confidence across the project.
3D scan of an underground cellar and tunnel at a high-end Sydney residence, capturing irregular excavated geometry for custom joinery.
- Approach: High-accuracy scan of the dug-out space, no on-site templating required.
- Deliverable: Accurate dimensional data supplied directly to the joinery manufacturer.
- Result: Boards fit first time, eliminating rework, extra labour, and additional site visits.
Handheld 3D scan of a trench digger’s crumb shoe assembly, reverse engineered without original manufacturer drawings.
- Approach: Detailed handheld scan of complex assembly geometry.
- Deliverable: A full 3D model used directly for manufacture.
- Result: Accurate replacement parts on the first attempt, avoiding the extra cost, labour, and downtime typically caused by sourcing or re-drawing obsolete components.
3D scan and modelling of a pharmaceutical cleanroom to support a TGA-regulated upgrade to effervescent tablet manufacturing conditions.
- Approach: As-built scan used to design new pressure differentials and airlocks.
- Deliverable: An accurate 3D model and as-built layout drawings meeting BCA requirements.
- Result: Reduced risk of costly design errors and rework, project delivered on time and within budget, facility now TGA GMP approved.
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