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More and more customers are choosing reverse engineering services. Thanks to these services, you can accurately and quickly convert the original part into a digital file in STEP or another CAD program format that is convenient for you.

We did the same thing this time. The customer has provided several boxes of different designs that he wants to start production. In order to produce such production forms, it is necessary to create an accurate STEP model of the box. This was done by our highly skilled engineers. The boxes were scanned with an extremely fast and accurate "Artec Space Spider" 3D scanner with an accuracy of up to 0.05 mm. The resulting mesh file was restored by reverse engineering to STEP format. This format is perfect for milling or other mold-making techniques.

This process ensures not only fast but also accurate product restoration and convenient preparation of drawings of production forms. With these drawings, the customer will be able to easily create molds and start producing the desired products.


Size (mm): 178 x 228 x 50 (the largest)

As a rule, we receive a growing demand for 3D scanning and 3D printing services from car and motorcycle enthusiasts in the spring. The strongest and most resistant plastics are especially relevant in these spheres. Especially when it comes to security. This time we share the restoration of a broken part of a motorcyclist’s leg guards.

The broken part can be restored in various ways. The simplest of these is a 3D scan if the client have a mirrored or another unbroken part of the object being reproduced. If this is not possible, the broken part can be repaired with CAD software. This time, the customer has already applied with the model he has created.

Safety guards require strong and durable plastic. For this reason, we chose PACF, a composite of polyamide, and carbon fiber. This plastic is extremely strong, significantly lighter, and resistant to high temperatures. Printing was performed with an FDM technology 3D printer.

The customer fixed the printed part to the broken guard. Soldering made it possible to attach this part particularly firmly. By choosing such a technology, the customer will be able to use these guards for several more seasons and be assured that the restored part will not be inferior to the original.

3D printing technology:  FDM ( Fused Deposition Modeling)

3D printing material: PACF

Size (mm): 62.2 x 16.94 x 64.64 mm

No one will deny the importance of models. Whether it is a mock-up of a new construction project, a park reconstruction, a facility, or some technological solution. They all play a very important role - creating an initial impression of the product. For this reason, each model must be precise, aesthetically appealing, and eye-catching. 3D printing technology is one of the fastest and most convenient ways to do this job.

One of such projects is the model of EBEA® balcony joints. EBEA® balcony joints are load-bearing insulated connection elements for concrete structures supplied by Peikko Lietuva. This product is used in the construction sector: for cantilever balconies and other applications such as walls and slabs.

3D printing was performed according to the 3D model provided by the customer. This time MJF printing technology was chosen due to the complex geometry. MJF printed parts are not only accurate but also very durable. This makes them perfect for transportation to exhibitions or expositions. The 3D printed model was post-processed and painted according to the customer's needs.

This model will be used in exhibitions, expositions, and trainings as an illustrative example of product. 3D printing was chosen because of the ability to quickly get light and accurate product model.

3D printing technology:  MJF (Multi Jet Fusion)

3D printing material: PA 6

Size (mm): 380.00 x 83.64 x 364.80 mm

In the face of the world’s threatening COVID-19 virus, contact avoidance and special hygiene are the first weapons in this fight. 3D printing also makes a significant contribution here. Some use 3D printers to manufacture safety shields and lung ventilator valves, while others develop and implement products to reduce contact with potentially hazardous surfaces. Taking care of medical safety, we have created and improved a 3D model of face shields, which is now freely accessible to anyone. And this time we share a small series production order of Philip Morris door handle accessories.

At the customer's request, were printed 164 sets of door handle accessories. These accessories are attached to the handle so that a person can open and close the door using a bent hand without directly touching the handle. The aim of this is to reduce the spread of the virus. We are happy that our customers protect and take care of their employees by providing them with such a measures.

To fulfill the order, we used extremely accurate and fast Zortrax M200 printers, as well as gray ABS plastic. This durable material and high-density infill ensure that the handle accessories can withstand the loads assigned to it and are be long-lasting. The set consists of two parts, which are fastened with bolts and nuts.

This order once again shows that 3D printing is a particularly fast and affordable solution when you need to get particularly new and personalized products here and now. Hopefully, these solutions will help curb the spread of the virus, and life will return to old tracks. Be safe and protect yourself and your employees!

3D printing technology:  FDM ( Fused Deposition Modeling)

3D printing material: ABS

Size (mm): 30.00 x 24.30 x 122.96; 51.86 x 12.40 x 17.38 mm