3D Scanning Services In Brisbane
Your One-Stop Destination For The Best 3D Scanning Services in Brisbane
Why Choose 3D Scanning?
3D scanning is a modern method that employs visual data to create a 3D model. It finds use in various tasks:
- Preserving or replicating moulds, fixtures, and tooling.
- Recording and safeguarding hand-crafted designs.
- Reverse-engineering a part without drawings.
- Remaking a component using methods like 3D printing.
- Inspecting parts for accurate manufacturing.
- Generating models for simulation in FEA and CFD.
- Capturing an object’s current shape to analyse flaws.
- Cutting down manufacturing costs and design time.
What Does Our Service Include?
As one of the leading companies in the industry, we own a wide range of the latest 3D scanners to cater to the diverse intricacies of different projects. The range includes laser handheld 3D scanners with an accuracy range of .05 mm up to 0.1 mm, laser 3-dimensional scanners with an accuracy range of around 0.5 up to 1 mm, and scanners that employ white and blue lights and have an accuracy range of up to 0.01 to 0.03 mm.
Employing the reverse engineering technique, we provide efficient 3D scanning to design your prototypes at a relatively low cost.
Utilising top-notch software in the field, we seamlessly convert a 3D scan represented in STL into a CAD-compatible format known as STEP. Crafting a robust model from a 3D scan involves a meticulous manual reconstruction, a process that demands skill and expertise. Yet, we excel in this craft, backed by our profound knowledge and cutting-edge tools, ensuring unparalleled outcomes.
Component And Assembly Reverse Engineering Services
CAD Deziners proudly offers the best component and assembly reverse engineering services. Using industry best practices and making optimal use of our dedicated optical scanners and state-of-the-art reverse engineering software, our team generates accurate CAD models and drawings from any physical component provided.
Simply put, reverse engineering means creating a digital twin of a physical component or assembly. The technique is really beneficial and offers an array of uses in design, engineering, and manufacturing applications, such as:
- Re-creating manufacturing data for a part that’s no longer available in the market.
- To precisely analyse competitors’ products.
- For digital archiving;
- For performing simulations and calculations.
- The process starts with a thorough 3D scan of your products using our 5-step scanning process, leaving no room for inaccuracies.
- The second step involves processing and defining the data to create a final design.
- Lastly, using the final design, we generate functional 3D models and manufacturing drawings.
We own a wide collection of state-of-the-art optical sensors in-house to deliver precise models and drawings. No matter what your requirements are, we have a scanner suitable to them. Plus, we have a team of highly competent professionals who know the best practices to yield optimal results.
Deliverable File Formats
We transform all incoming raw data or scanned information from your tangible object into a 3D representation, which is then exported in the specific file format you prefer.
Among the CAD original file formats we frequently employ are:
- Geomagic Design X
- SOLIDWORKS
- CATIA
- Creo Parametric
Furthermore, we often utilise these 3D model transfer formats:
- STEP
- IGES
- Parasolid
- AutoCAD DXF
Why Choose CAD Deziners?
CAD Deziners serves as a one-stop destination for 3D scanning in Brisbane and a range of services, including new product design & development, reverse engineering, 3D printing, injection moulding, vacuum casting, and CNC machining.
We’re backed by a skilled team of experienced engineers who are proficient in delivering quality products within specified timelines. Our services are also designed to be budget-friendly, ensuring accessibility for everyone. Plus, we frequently offer discounts so you get maximum value for your money. Feel free to reach out to us if you’re interested in moving forward with us for your product manufacturing needs.