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Working in the 3D technology sector never ceases to amaze. One day we recreate the lost parts of the retro car, the other we print a huge architectural layout, and on the third day, the famous basketball players - brothers Lavrinovic, also known as LawTwins - come to 3D scanning.

Every person is unique - features, finest wrinkles, smile or posture are unique. It would be hard to even imagine how such a uniqueness should be perpetuated ... if there were no 3D scanning! With the help of Artec 3D scanners, we scanned both of our country's players in just one hour.

Digital basketball players 3D models will be sent to top-level Chinese wax masters who will produce sculptures of original tall basketball players. These sculptures intend to travel around the world and fulfill Lavirinovic's promise to conquer Hollywood. Already this autumn it is planned to start the journey in one of the biggest shopping centers in Shanghai. It is estimated that about 5 million Shanghai and all Chinese residents and country guests will take selfies here with these figures.

Human body 3D scanning is a great way to quickly and accurately create a human 3D model. "Artec Eva" 3D scanner ensures accuracy up to 0.1 mm. We are happy to contribute to this impressive project by creating highly accurate 3D models of the most famous national basketball players.

Many manufacturers who are developing new products or upgrading existing ones are well aware that 3D printing is their right hand. This is also proved by one of us and „UAB Telemed" project - a realization of the ultrasonic device head prototypes. „UAB Telemed" has been working in the field of ultrasonic medical equipment design, production, and repair for 26 years. In their work, prototyping is a daily process.

The stereolithography 3D printer „Form 2" was chosen for printing these prototypes. We chose it for the ultra-smooth, high-quality surface finish after printing. The thickness of this 3D printer layer can be as low as 25µ. Ensuring high quality and accuracy is essential in the manufacture of medical devices and their prototypes, so „Form 2" 3D printer perfectly meets all customer expectations. The surface of the printed product is very close to the final product. This facilitates product testing and improvement. For 3D printing was used standard white light-sensitive resin.

Production of prototypes with the help of 3D printers not only saves production costs but also significantly reduces working time. After designing a new prototype, you only have to print it out. Unlike CNC milling or other production techniques, 3D printing is free from design constraints, rounded edges, or complex structures do not pose any problems in production. Also, it requires less human resources - a programmed 3D printer can work independently without any additional maintenance.

3D printing technology: SLA (stereolithography)

3D printing material: liquid resin

Size (mm): 143 x 75 x 33

Modular home models

A Swedish company who specializes in quick house assemblings on locations ordered to produce 14 different design house models. Main reasons of produced houses are to have a clear visualization of the house itself and its interior for potential customers which helps them to decide quicker.

All 14 houses were 3D modeled using sketches and 3D visualizations while keeping in mind 3D printable features e. g. too narrow walls, simplified furniture etc.

"Zortrax M200" printers were used to print all parts because of its reliability, the HIPS material was chosen for its surface quality and ease to post-process. Every house consists of 20-30 different fragments and elements because models are much bigger than what M200 3D printer can print.

Printed models were post-processed with various tools and painted in different colors by customer's wish.

From order confirmation to finishing project, it took 2 months which shows how 3D modeling and 3D printing can produce such architectural models in a short amount of time.

3D printing material: HIPS plastic

3D printing technology: FDM (fused deposition modeling)

Product size (mm): 240 x 160 x 150

Human skeletal elements

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On the order of the client, the elements of the human skeleton were printed: the skull and the spinal vertebra.

After submitting 3D models, the products were printed with a 3D printer „Zortrax M200“. This printer is one of the most reliable 3D printers in its segment, allowing you to print extensive jobs with almost no maintenance. Hips plastic is selected to print products. This plastic is perfect for printing mock-ups because it does not disform during printing, and the high quality of the plastic surface does not require processing.

3D printing allows you to print ultra-realistic layouts what is more, the customer saves time and cost compared to traditional production methods.

3D printing material: Hips plastic;

3D Printing Technology: (FDM) (fused deposition modeling)

Product size (mm): 75 x 50 x 85; 61 x 44 x 70