| Developers: | Moscow Polytechnic University (Mospolitech) |
| Date of the premiere of the system: | 2021/11/23 |
| Branches: | Mechanical engineering and instrumentation, Pharmaceutics, medicine, healthcare, Jewelry industry |
Main articles:
2021: Creating a 3D photopolymer printer
Moscow Polytechnic has developed the first domestic photopolymer printer working on LCD technology. This was announced by the university TAdviser on November 23, 2021.
The device can be used in dentistry, mechanical engineering, jewelry and other industries.
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The Hive3d project is an initiative project of students of the metropolitan Polytechnic with the company Wanhao RUS. When it was created and implemented, the goal was to create a 3D printing device - a photopolymer printer that would be more accurate and faster than analogues, but would be cheaper and could be produced in Russia.
 | Additive technologies are fundamentally different from traditional methods of manufacturing parts and allow you to manufacture parts of very complex configurations. In all branches of mechanical engineering, there has long been a tendency to replace metal parts with plastic parts, and the low resolution of the final product is a deterrent. With the help of photopolymer printing, this problem can be largely solved, but the problem of weak physical and mechanical characteristics of the photopolymer remains, which, in the near future, I think, our engineers will solve, said project supervisor Viktor Balashov.
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The project was successfully completed and developed startup into Hive3d, within the framework of which it is planned to scale the project and move from MVP to the serial release of the finished product.
| | Since I have been engaged in 3D printing for quite some time, the idea was born to create a device that would be faster, more precisely and work with any photopolymers. It is these questions that concern users of similar devices. Thanks to the project activity, it was possible to translate the idea into a startup and begin developing the device. As a result, dreams were translated into a sought-after product capable of much, noted the author of the project, a student of the Faculty of Mechanical Engineering of Moscow Polytechnic Maxim Bogush.
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