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Areas of application
Additive technologies remove many of the constraints imposed by traditional metal processing methods
We daily manufacture intricately shaped components, reducing production time and the overall cost of final products. Aviation, engineering, aerospace, defense industry, applied science, medicine, dentistry, and jewelry manufacturing are just a partial list of sectors benefiting from our additive technology center (ATC)
We also have established collaborations with research institutes, experimental manufacturing facilities, and design bureaus
We daily manufacture intricately shaped components, reducing production time and the overall cost of final products. Aviation, engineering, aerospace, defense industry, applied science, medicine, dentistry, and jewelry manufacturing are just a partial list of sectors benefiting from our additive technology center (ATC)
We also have established collaborations with research institutes, experimental manufacturing facilities, and design bureaus
Aviation
Manufacturing of highly complex components for aircraft, rockets, and UAVs
Internal channels
It is possible to print products with thin channels of any shape, trajectory, and cross-section. The channels can be embedded within the wall or pass through the entire product
Products with intricate shapes and thin walls
3D printing allows for setting wall thickness without relying on stock assortment. The wall thickness of even a single component can vary, featuring thinner sections or reinforcements
Utilization of heat-resistant alloys
The utilization of heat-resistant alloys, including those that are difficult to machine, does not complicate the printing process
Mechanical engineering
Consumable parts for industrial setups, non-standard parts with improved characteristics. Replacement of imported components
Cost reduction
One operator can produce the most complex part in just a few hours. Implementing additive technologies simplifies the production chain. There are fewer costs for assembly workshops, soldering, milling work. Labor costs for specialists are reduced
100% repeatability of products
Human factor is eliminated. We can produce 100, 1000, 10000 completely identical products. It functions like an industrial copier
Zero Waste Manufacturing
No need to turn 90% of an expensive alloy blank into chips. A handful of powder is enough to produce a part, even if it has a complex shape
Medicine
Individual products, printing models obtained through 3D scanning. Mesh structures for better prosthetic integration
Tools with special modifications
Unique tools that are not available on the market can be manufactured. This offers significant opportunities for enhanced work comfort
Titanium products
Titanium products of any shape and structure. Customized manufacturing based on individual models. Printing of lattice structures for better integration
Dental products
Complex shapes, extreme precision (up to 20 microns!), printing of virtual models
Research and Development
The best tool for accelerating project implementation and integration
Minimum batch size - one piece
It is possible to produce small batches or even individual items without costly investments
Prototypes for R&D purposes
Technological capability to create fundamentally new components with no analogs
Iterative approach, time savings
The production time of a prototype is reduced to a couple of days, regardless of the complexity of the product
Science
The flexible approach and the extensive capabilities of SLM printing technology meet all the needs of knowledge-intensive industries
Prototyping
Additive technologies are an excellent solution for creating prototypes. The printing outcome will precisely match the design without the equipment and human factor errors
Studying the behavior of metals and complex alloys
3DLAM 3D printers enable the production of test samples for in-house testing, without the need to transfer the developed product to third parties
Creating intricate forms
Now there are no limitations of traditional technologies. The systems allow creating any shapes and structures
Jewelry
The technology increases the jeweler's productivity and income by tens of times. The use of a 3D printer allows focusing on creativity and expanding production volumes
Products made from challenging-to-process materials
Products made from titanium? Yes, easily
Unique jewelry designs
We will print what is impossible to create manually
Reducing the manufacturing time of jewelry
While competitors produce one piece, the 3D printer creates multiple unique designs. Scalability and the potential for significantly increased revenue
Please send your inquiry to learn more about our SLM 3D printers
Do you have any questions about our printers or contract printing services? Our knowledgeable specialists will promptly answer all your inquiries