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3D scanning of automotive and motorcycle parts is one of the broadest areas in which 3D scanning has already become an indispensable helper. As we continue to partner with motorcycle parts design and production company “Tommy & Sons”, we are sharing another their project.

"Tommy & Sons" asked us to make a 3D scan of the back of one motorcycle. For this case, we have chosen ultra-fast and convenient "Artec Leo" 3D scanner with a built-in battery and onboard automatic processing. For these reasons you do not need any additional equipment such as a laptop, battery, or power source to operate the "Leo" scanner. The "Artec Leo" 3D scanner captures environmental elements with a precision of 0.1 mm, ensuring not only convenient but also accurate and fast operation.

The scanned 3D model is used to create a new motorcycle side boxes and rear wheel fender. Having a scanned 3D model you can easily measure all the dimensions you need, make predictions, and get the perfect geometry. This significantly speeds up the process of developing a new product and greatly reduces the potential of errors.

3D scanning of cars and motorcycles parts accelerates, simplifies and ensures efficient operation of our customers.

Size of the object (mm): 846 x 479 x 870

This time we are sharing a cool #Dancerbus project by “Vėjo projektai”. Dancer is an electric transport system that includes e-buses, maintenance and its own green energy supply. We also had the opportunity to contribute to this project by printing steering wheel trim for the new electric bus.

We received 3D model files from the customer for the required parts. Zortrax M300 Plus 3D Printer has been selected for 3D printing. This printer generates outstanding precision and smooth surface of the 3D printed object. This facilitates further post-processing. Since the 3D printed parts had to be painted, we chose the Z-Ultrat plastic. This material is not only easy to process but also has excellent mechanical properties.

3D printed parts were polished and painted in matte black. This method made it possible to quickly and easily produce the unique parts needed for the electric bus being developed. Such parts can work well not only as prototypes but also as end products.

3D printing technology: FDM (Fused Deposition Modeling)

3D printing material: Z-Ultrat

Size (mm): 207 x 72 x 68 (the biggest one)

If anyone asked to list the areas in which 3D printing has revolutionized manufacturing processes, sculptors would definitely be in the TOP 10. 3D scanning and 3D printing of sculpture positives not only shortens production time but also allows you to reproduce the same product more than once and save it in the digital space for future use.

This time we were approached by an art student asking to print a positive for the bronze sculpture mold making. The customer created the computer model by himself. We just had to do 3D printing. The reliable and accurate "Zortrax M300 Plus" printers were selected. The sculpture was printed in white HIPS plastic, which is specifically intended for printing layouts, sculptures, prototypes, etc.

3D printed human sculpture will be used to make the mold. In this form will be cast the bronze sculpture. This method of production eliminates the need for positive production by hand, thus saving a lot of precious customer time.

3D printing technology: FDM (Fused Deposition Modeling)

3D printing material: HIPS

Object size (mm): 266.68 x 153.22 x 300

We've already written about the benefits of 3D scanning and the rapidly increasing number of 3D scanning orders. We are pleased to know that our services are trusted not only by Lithuanian but also by foreign customers. This time we are visiting “Mobeck Tekniske” in Norway.

At “Mobeck Tekniske”, we did a 3D scan of the Porsche engine block. For this was used a portable Artec Space Spider 3D scanner. Despite its extremely complex geometry, the engine block was scanned with 0.05 mm accuracy. “Artec” 3D scanning equipment ensures not only the highest precision but also a fast and convenient scanning process.

The 3D model will be used for reverse engineering processes. This process reproduces a fully parametric computer model based on the 3D scanned data. This file can be used in a very wide range of applications. For example for block modifications, improvements, also for creating other parts, adapters and so on.

This method of digitizing the original parts enables the fast and very accurate transfer of information to the digital space and allows for quick and easy manipulation of the available data.

Size (mm): 656.56 x 332.23 x 375.59