Choosing a metrology tool is an investment in your workflow's accuracy. We position ourselves as the definitive source for scanning technology in Australia through demonstration of expertise rather than empty claims.

The Authority of Experience

Established in 2012, 3D Printer Superstore is Australian-owned and operated. Our background is not in general retail, but in Industrial Design and Engineering. We don't just sell boxes; we understand the downstream applications and the tolerances required for different industries. If they are to be used for D.I.Y. projects, automotive applications, for 3D design, reverse engineering, quality control or for STEM education. We can advice on what will best suit your needs.

Technical Support & Local Grounding

Based in Geelong, Victoria, our warehouse and technical hub provide local support that international drop-shippers cannot match. Our 3D scanner have undergone hours of internal testing. When you encounter a tracking error or an optimisation bottleneck, and need help- you aren't talking to a chatbot; you’re talking to a technician who has likely scanned the same class of part and understands your needs and outcomes.

Education & Industry Specialisation

We are the primary technology partner for STEM schools and universities across Australia. We curate "Education Bundles" that balance performance with ease of use, ensuring that students are learning on industrial-standard hardware rather than toys.

For our industry clients, we provide the technical support and first-hand experience needed to justify the integration of 3D scanning into a professional QC pipeline.

The CR-Scan Raptor and Sermoon series are hybrid systems. The Blue Laser mode is designed for metrology; it utilises 7 to 34 parallel or crossed laser lines to capture fine detail (0.02mm) and is virtually immune to reflective "noise." This is the preferred mode for machined parts and dark polymers. The NIR (Near-Infrared) mode is a "one-shot" structured light system better suited for large, organic geometry where speed and markerless tracking are prioritised over absolute sub-millimetre precision.

Yes. Traditional structured light scanners struggle with photons being absorbed by black surfaces or scattered by shiny ones. The Blue Laser technology in the Sermoon and Raptor series uses a shorter wavelength and higher intensity to maintain a coherent return signal. This allows for the digitisation of chrome, carbon fibre, and black rubber without the need for messy developer sprays that can interfere with part tolerances.

That said__ a better quality of scan with less noise can be achieved when using a scanning spray. Blue laser can not scan clear parts such as glass, so scanning spray is also essential for 3d scanning clear objects and will improve the quality of results when 3d scanning clear coated automotive paint.

Capturing point cloud data during 3D scanning is a data intensive process so a higher performing computer will provide better results.

Each scanner does have specific minimum requirements however as a rule of thumb- A dedicated video card (such as a gaming card) is required to capture point cloud data. The video card is used to process the point cloud in real time, so the speed of the card will determine the frame rate.

When it comes to RAM- the more the better! In most cases 32Gb is the absolute minimum. Computer RAM is used to optimise and process point cloud data- converting it to a mesh. The more RAM, the higher the resolution and size of files can be.

Marker dots are your best friend! Don't be scared to use marker dots when scanning. Often the use of markers reduce the scanning time and take out the guesswork- ensuring verifiable accurate results.

Using marker points is ALWAYS going to give you more accurate reliable data. So if accuracy is important- use them!

If you are scanning a highly featured object that does not have large enough flat areas to place marker dots without loosing features- then scanning without markers may be the better option.

Feature tracking relies on the geometric complexity of the object. If the part has flat, featureless surfaces (like a car door or a large cylinder), the scanner may lose its orientation. In these cases, applying reflective markers provides the scanner with absolute spatial coordinates, ensuring that the point cloud does not "drift" or "ghost" over large distances. This is referred to as volumetric accuracy.

If a object requires aligning multiple projects and meshing them into a single result- markers alignment takes out the guesswork and will ensure consistent, dimensional tolerances.

We facilitate 30-day net terms for all Australian government-funded schools, universities, and agencies as a matter of policy. There is no requirement for a credit application or pre-approval for these institutions. To initiate a procurement, email your official Purchase Order (PO) on department letterhead directly to our Melbourne accounts team.

Step 1: Simply order online and choose "Purchase Order" as the payment method or email a request for a formal quote to sales@3dprintersuperstore.com.au

Step 2: Submit Your Official PO: Email your authorised Purchase Order to our office. We accept POs from all Australian state-based systems (such as Ariba, Oracle, or specific Department of Education portals). Ensure the document includes your ABN, delivery instructions, and the relevant contact for the accounts department.

Step 3: Dispatch and Invoicing: Once the PO is received, your order is processed for immediate dispatch. A GST-compliant tax invoice is issued on the day of shipping, with 30-day terms commencing from the invoice date.