Drukowanie 3D

3D printing

The UM Project company provides professional 3D printing services. Our team consists of experienced engineers from many industries. We print on the basis of the provided documentation or we do it ourselves for the needs of the project. We invite you to cooperation.

SERVICES

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3D design

Our team is a group of talented engineers who have many years of experience in various industries. We adapt our projects to 3D printing technology and optimize the geometry of components to minimize production costs. All designs and calculations are performed on the legal SolidWorks Premium 2017 software, thanks to which we provide the highest security and professionalism to our clients.
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3D printing

3D printing is a spatial process in which physical, three-dimensional objects are produced based on a computer model. We offer technologies such as FDM, SLA, FDM + CFF. Thanks to the versatility of our machine park and many years of experience, we are able to implement the most complex projects. We guarantee the highest quality, low prices and fast delivery time.

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3D scanning

The 3D scanner is a device that analyzes the real world object or surroundings in order to collect data about its shape. Thanks to the 3D scanner, we will recreate the detail in a short 3D file. The next step is to convert point clouds to a solid model using specialized software. The final stage is the production of a given element on 3D printers in any quantities and in a relatively short time.

3D PRINTING APPLICATIONS

Zastosowanie druku 3d w reklamie i marketingu

ADVERTISEMENT

The rapid development of the market has meant that promotion and advertising must be created in a more innovative way. Personalization and customization is …

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Protezy

MEDICINE

3D printers are finding a wider and wider application in medicine. Currently, an incremental method is used to make limb prostheses, jaws …

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INDUSTRY

3D printing is gaining increasing popularity in the production of machine parts and equipment. Replacing conventional production methods allows …

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Makiety domów, ogrodów i budynków

ARCHITECTURE

3D printing is one of the indispensable elements among architectural designs. We make such printouts as …

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AUTOMOTIVE

3D printing in the automotive industry is an irreplaceable alternative to hard-to-reach and expensive components. Our parts …

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OCCASIONAL

3D printing technology gives you the opportunity to make personalized and unique accessories and accessories necessary for …

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SPORT

Additive manufacturing methods are increasingly used in the world of science. With our devices, we are …

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SCIENCE

3D printing is also used in sports. Our prints meet all the strength requirements that’s why we make …

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UM PROJECT

FASHION

In the fashion world more and more often you can see elements made using the latest technology …

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PROJECTS

TECHNOLOGIES

Print field

Rozmiar pola wydruku 3d

Materials

• PLA
• ABS
• NYLON
• PLA
• Carbon
• Flex
• Wood
• ASA
• Hips
• PET-G
• and many more …

Benefits

• Fast delivery time
• Low price compared to other technologies
• High mechanical strength
• Ability to build large items
• A wide range of materials

Sample printout

Model 3d

Print field

Pole druku

Materials

• Photopolymer resin
• Elastic resin
• Porcelain resin
• Casting resin

Benefits

• High surface quality
• High dimensional accuracy
• Ability to build a model with a high degree of geometry complexity
• Fast printing of several elements at once

Sample printout

Przykład wydruku 3d

Print field

Pole wydruku 3d

Materials

Plastics
• Nylon
• Onyx
Fibers
• Kevlar
• Włókno szklane
• Carbon

Benefits

• High durability of prints
• Low weight
• Resistance to high temperature materials
• High dimensional stability

Sample printout

Przykładowy wydruk 3d
+ FDM

Print field

Rozmiar pola wydruku 3d

Materials

• PLA
• ABS
• NYLON
• PLA
• Carbon
• Flex
• Wood
• ASA
• Hips
• PET-G
• and many more …

Benefits

• Fast delivery time
• Low price compared to other technologies
• High mechanical strength
• Ability to build large items
• A wide range of materials

Sample printout

Model 3d
+ SLA

Print field

Pole druku

Materials

• Photopolymer resin
• Elastic resin
• Porcelain resin
• Casting resin

Benefits

• High surface quality
• High dimensional accuracy
• Ability to build a model with a high degree of geometry complexity
• Fast printing of several elements at once

Sample printout

Przykład wydruku 3d
+ FDM + CFF

Print field

Pole wydruku 3d

Materials

Plastics
• Nylon
• Onyx
Fibers
• Kevlar
• Włókno szklane
• Carbon

Benefits

• High durability of prints
• Low weight
• Resistance to high temperature materials
• High dimensional stability

Sample printout

Przykładowy wydruk 3d

WSPÓŁPRACA

Przebieg współpracy

COOPERATION

KNOWLEDGE BASE

3D printing technologies

FDM (Fused Deposition Modeling)
FDM technology is one of the most popular methods when it comes to rapid prototyping. 3D printing in FDM technology is characterized by the imposition of subsequent layers, which are more or less visible depending on the resolution and geometry. In order to provide a prototype, the highest quality product, we offer additional processing – grinding, painting and gluing. Combining the printed elements allows obtaining large details with a relatively low loss of strength. Thanks to having a large number of devices working in this technology, we are able to realize even the largest orders in a short time.
FDM (Fused Deposition Modeling) + CFF (Composite Filament Fabrication)
Our printers use carbon fiber printing technologies. They allow you to print parts that are 27 times stiffer and 5 times stronger than any other 3D printer. The technology uses two printing nozzles – one of the nozzles prints using the engineering class of nylon while the second nozzle uses carbon fiber. This is a unique 3D printing method called CFF (Composite Filament Fabrication), which allows you to print parts that are strong like metal and have a power-to-weight ratio better than aluminum.
SLS (Selective Laser Sintering)
One of the methods of spatial printing used in the industry for rapid prototyping and manufacturing of ready-made elements. In this method, successive, very thin layers of material (usually plastic) are applied by machine, and then the laser hardens (solidifies, sinters) selected points. The uncured powder is then removed and a finished object is obtained.
SLA (Stereolitography)
The process of additive production of prototype elements in industry. It consists in gradual contouring of subsequent horizontal sections of the produced part by means of a laser on a gradually submerged platform in a bathtub with a photopolymer. Under the influence of laser light, the substance polymerises and solidifies close to the surface of the solution. After contouring the layer, the platform is lowered exactly by the thickness of the produced layer, and the whole process is repeated until the whole manufactured item is obtained. This technique ensures high precision and repeatability with good surface quality, and – in contrast to cheaper machining – the ability to create a complex internal structure element.

CONTACT

Fill out the form and send us an inquiry or contact us by e-mail and we will respond in the shortest possible time.
The more details we get, the more accurately and quickly we will be able to send you the price offer.
We encourage cooperation.

Kamil

+48 734 734 638

email: druk3d@umproject.pl

Michał

+48 734 734 639

email: druk3d@umproject.pl

UM Project Drukowanie 3d