Trevilla Engineering specialises in industrial scanning. Our Reverse Engineers use a range of 3D Scanners to collect highly precise data from virtually any object in any environment. Equipped with four different types of 3D scanners, we can work within any conditions to capture precise, non-contact 3D scans to CAD.
Commercial grade 3D Scanners replace traditional methods of inspection with reliable non-contact scanning. 3D Scanning can generate high-resolution 3D data with the highest detail and data accuracy. 3D Scanners simplify the processes involved in applications such as Reverse Engineering, CAD, 3D modelling, inspection and analysis. State-of-the-art, 3D engineering technology delivers innovative solutions and advantages to a variety of industries.
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Since acquiring the scanners, Trevilla has used the technology on various jobs, including piping design, construction, mining equipment, plant equipment, refinery sites, dental and medical prosthesis, automotive parts, consumer products, art, and the development of many other prototypes. Objects are scanned creating a mesh (surface) NOT point cloud, perfect for part to CAD inspection.
Digital Models
Custom Designs
Mechanical Models
Reverse Models
Finite Element Analysis (FEA)
For 7 years, our handheld industrial scanners have enabled us to Reverse Engineer objects both remotely and onsite. These commercial grade, non-contact, handheld laser scanners have proven to be some of the most reliable equipment and technology. Increased efficiency, reduced manufacturing costs, less machinery downtime and more accurate designs are just some of the benefits for our clients.
With a range of 10 square metres, resolution up to 0.02mm and accuracy of ± 0.03mm, our handheld 3D scanners are perfect for automotive parts; complete engine blocks; heavy and light mining equipment; fan blades; impellers; teeth moulds; aluminium roof tiles; castings; forgings; locomotive parts; fibreglass parts & moulds; truck and 4×4 chassis; mining structures and even medical equipment.
With demand for our 3D Scanning Services in Mining and Construction, the Faro Focus S70 Scanner with its range of 0.6-70 m and accuracy to ±1 mm has been a solid investment. This state-of-the-art technology now allows us to accurately capture mining structures, infrastructure for rebuilds, refurbishments and upgrades of plant and equipment. Many of our clients have now replaced all their old pencil drawings with detailed 3D designs and provided them with accurate infrastructure CAD models for their next refurbish or upgrade project, thanks to this 3D Scanner.
Increasing our capacity for non-contact inspections in hard-to-reach places, the Emesent Hovermap Drone Scanner is a game changer for Mining and Construction. This scanner captures data within a 0.40 m to 100 m range with accuracy to ± 20 mm in general environments and ± 15 mm in typical underground and indoor environments.
The Hovermap Scanner can autonomously photograph and scan areas to capture real time data. Autonomous scanning is revolutionary in underground environments, such as railways and tunnels. Clients benefit from huge cost savings by eliminating expensive cranes and personnel otherwise hired to conduct inspections in large areas.
Perfect for sculptures, statues, paintings and other art works, the handheld colour 3D scanner is popular with Museums, Designers and Artists. Our Reverse Engineers have captured accurate data to CAD to create models of human bodies and body parts. With a range of 10 square metres and accuracy to ± 1.5 mm, this scanning service is available remotely and onsite.
Trevilla Engineering has had great success Reverse Engineering components for the manufacturing and automotive industries.
Using our 3D Laser Scanners, we reverse engineered 11 fibreglass custom bus moulds, enabling the manufacturer to accurately replicate changes across the bus fleet.
Our Reverse Engineers used our handheld 3D Scanners to scan each component and created an ‘as new’ surface (CAD model). These accurate designs allowed the manufacturer to create accurate designs and then create plugs for new moulds.
