Manufacturing plants
3D printing in production industry
3D printing is the process of creating objects by applying layers of material until a print is finished. In recent years, 3D printing has become more popular - especially in the manufacturing industry, where it has gained importance mainly as a tool for creating prototypes and for the production of small series of products, but not only.
An alternative to mass production
Many companies are considering the possibility of 3D printing in series production. While 3D printing was initially treated as a tool for producing prototypes, today, it is becoming an increasingly attractive alternative to traditional mass production methods.
Large production plants increasingly choose 3D printers for rapid prototyping and as an element supporting mass production. They print parts that are functional elements of serial products.
An additional advantage is the fact that on 3D printers
in production plants, it is possible to create elements that support devices or employees. These include, for example, dedicated grippers for robot arms, accessories, and fixtures.
UBOT 3D printers
UBOT Technologies printers from the P440 industrial line are ideal for working in production plants and P800D.
Thanks to their specifications, they offer users 3D printing from a wide range of materials according to current needs - including PEEK and PEI, whose properties can even replace metal.
Process flexibility and savings
Traditional batch production methods require making a mold or die, which is time-consuming and expensive. 3D printing enables the production of custom parts without the need to produce molds, reducing product costs.
Product Personalization
3D printing allows you to create unique and custom parts that are not available on the market. This is especially important for companies that want to stand out by offering products with unique parameters.
Reducing waste
Traditional production methods require the use of excess material to allow accurate filling of the mold or die. Additive technology uses as much filament as is necessary to produce a given part, significantly reducing the amount of waste.
What are PEEK and PEI?
PEEK and PEI are some of the most thermally and mechanically resistant materials. The thermal resistance of PEEK material reaches 250 degrees Celsius. Both materials are chemically resistant and do not exhibit high toxicity. PEEK is perfect for 3D printing final details for the automotive, aerospace, and medical industries.
PEI, commonly known as ULTEM, has lower temperature resistance but is more cost-effective - while maintaining mechanical resistance similar to PEEK. The quality of these materials is proven by the fact that ULTEM has been certified by Airbus and is placed on board aircraft thanks to meeting the strict standards applicable to the production of 3D elements for the aviation industry.
