Market assessment (who is the consumer, service provider (equipment), market volumes) in the following areas of additive technologies:
1. Quick prototyping, small -scale production and production preparation:
- manufacturing by the additive method of prototypes of products and layouts of any geometric complexity and internal structure from various materials;
- manufacture of smelted or burned models for precise casting of metals;
- rapid production of prototypes and small parties of plastic products by vacuum casting in silicone forms;
- design and manufacture using SLM technology of special press forms and inserts for thermoplastavtomata;
- Production of products from metals and composite materials by additive technology (SLM, SLS, SLA).
2. 3D scanning (including reverse engineering):
- 3D scan of objects;
- obtaining parametric models based on scanning data;
- control of geometry and size (verification) with the issuance of a report;
- Development of design documentation on the basis of a 3D model.
3. Conducting research on the development of technology for the manufacture of parts from metal powders and composite materials:
- search for optimal fusion or sintering modes to obtain the most dense structure;
- research and testing of the obtained samples;
- research and testing of consumables;
- standardization and certification.
4. Organization of training or advanced training in various areas:
- Fundamentals of 3D scanning;
-optimization of 3D models, preparation for 3D printing;
- operation of 3D printing systems (metal and polymers).
5. The supply of equipment with waste technologies to solve the production problems of the customer company:
- additive production systems;
-systems of 3D scan and 3D measurements;
- delivery, commissioning, training, warranty and post warranty service.
6. Supply of consumables:
- metal powders for additive production systems obtained by various methods;
- composite powder materials for systems operating using SLS technology;
- photopolymers with various properties (burned, heat -resistant, ABS similar, etc.) for systems operating according to SLA technology;
- plastics and composite materials for systems operating according to FDM technology;
- Photopolymers for systems operating using MJM technology.
7. Post -cutting parts obtained by additive technologies:
- high -temperature;
- gas static;
- Vacuum thermal.
