Exceptional knowledge of Artec 3D products, excellent support for customers.
Authorized Provider of Artec 3D + Geomagic software.
Qubic is an Australian company, based in Balmain, just 3 miles outside of Sydney, which specializes in technical training services and the installation of 3D scanning solutions, 3D printers and desktop Computer Numeric Controlled (CNC) machining products. Our company strives to supply high quality 3D scanning and desktop-CNC technology at reasonable prices to professionals in various industries, such as designers, product developers, engineers, doctors, teachers and many others. Over recent years, both 3D scanning and desktop-machining technologies have become widely used all over the world, including in the United States, Japan and Europe. Using our extensive expertise, we aim to assist businesses in Australia with the integration of these advanced solutions into their workflow in the shortest possible timeframe. The results speak for themselves, with noticeable improvements in both the manufacturing speed and cost. Our staff at Qubic have years of commercial experience in product design, 3D scanning and design management. With our focus on bringing value added products and services to our customers, Qubic staff also provides education services to students and guest lecturing sessions and will be more than happy to demonstrate the advantages of using 3D scanners or CNCs for various applications. We are focused on providing our customers with a level of service and support that ensures the technology works 100% for them from day one.
Available demo scanners
A metrological 3D solution, perfect for capturing small objects for CAD applications and more
Long range laser scanner for digitizing large objects, such as airplanes or buildings.
The perfect metrology-grade desktop 3D scanner for quality inspection, jewelry and dentistry.
Our best 3D scanner, equipped with wireless technology and an inbuilt touch screen
The ideal 3D scanning solution for making quick and accurate 3D models of medium-sized objects