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Industrial 3D Printers

Industrial 3D Laser Printer

Explore UnionTech Industrial 3D Printers. High Quality Parts.

3D Printer Tecnology

Born For Innovation And Creat Without Limitation

Stereolithography (SLA)

Digital Light Processing (DLP)

How to Choose 3D Printing Technology

Compare uniontech 3D printing technologies based on popular buying considerations like speed, applications, and cost.

Find The Right Materials

Provide a one-stop solution for small-batch printing with high efficiency, accuracy and stability.

Powerful Softwares

Provide a one-stop solution for small-batch printing with high efficiency, accuracy and stability.

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3D Printing in Aerospace Ares

3D Printing Aerospace Applications

Mounting Brackets

Brackets are simple parts that hold structures together in an assembly. Brackets determine the strength and integrity of a structure. 3D printed brackets help optimize designs and save time and labor costs. Some brackets are made from multiple pieces and expensive materials. With 3D printing, brackets can be designed as a single, uniform, strong component that eliminates the need for assembly. In addition, 3D printing avoids cai and improves performance.

Grips, Jigs and Fixtures

Grips, Jigs and fixtures are typically made from steel and aluminum using CNC, requiring high levels of customization and precision, which can lead to higher labor costs. With 3D printing, these operations require little to no human intervention, resulting in a significant cost reduction of 60%.

Prototypes

Prototypes help designers better understand the model before actual production begins. In the aerospace industry, prototypes help to obtain the required form, fit and function.

Production Advantages of 3D Printing

Reduced Costs

Production methods using 3D printing can produce custom parts globally using standard equipment, without the need for part-specific tooling.

Improved Designs

Improving aircraft design is another benefit of 3D printing for the aerospace sector. Many advanced modifications reduce the lifecycle costs of aircraft by increasing engine efficiency, reducing drag and reducing mass. As 3D printing software becomes more advanced, engineers can now improve designs, especially benefiting from additive manufacturing technologies.

Enhanced Supply Chain

The development and construction of aircraft is a massive undertaking. 3D printing improves manufacturing efficiency and shortens supply chain lead times by producing a wide range of components from a variety of raw materials. It also addresses aircraft needs characterized by extended lead times, production schedules and long production delays that can last for years.

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3D Printing for Architecture

3D Printing in Architecture Industry

The construction industry is a highly competitive field. Architectural firms must pursue not only performance but also innovation in order to stand out from the competition and stay ahead of the curve. This puts them in a good position to win more future projects. UnionTech will use 3D printing technology to provide construction companies with more opportunities for success.

Benefits of 3D printing for Architects

Showing Complex Designs in Detail

3D printing technology is a great tool for showcasing complex designs, such as façades or elaborate textured roofs, which can be easily achieved through 3D printing. This will enhance the visual experience and give clients a better understanding of how these features will look in real life. It can even show the appearance of shadows and sunlight during the day, thus bringing the model to life.

Testing Design Concepts

3D printing technology allows architects to quickly test multiple design concepts and iterate on them in the early stages of a project. This dramatically increases productivity and allows designers to identify potential defects that are more difficult to identify on computer models. Architects can 3D print low-cost architectural study models that can be used to evaluate the flow of space, general structure, volumes, and the way natural light travels through a building.

Create Multiple Copies

Designers can easily create multiple copies of the final model and store 3D printed files indefinitely for future reference. Given traditional modeling methods, the need to create a large number of copies is difficult to achieve. Using 3D printing technology enables architects to provide their clients and investors with copies of scale models of the projects they are hired to work on.

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3D Printing in Automotive Industry

How is 3D printing used in the automotive industry?

Prototype Validation

As in many other industries, a very important part of the automotive industry is prototyping and validation. 3D printing car manufacturing can be used for prototyping in the pre-production phase.

Fixtures and Production Samples

3D printing can be used to make molds and thermoforming tools, and to rapidly manufacture grips and fixtures. This allows automakers to produce prototypes and tooling at low cost and reduce trial costs when producing high cost tooling.

Customized Components

3D printing technology is widely used for automotive modifications. Applying 3D printing technology to the automotive modification process not only saves the process of tooling development, but also reduces time and capital investment. 3D printing is well suited for making one-off parts at a much lower cost than traditional methods, including injection molding or CNC, which can help automakers control expenses.

Concept Car Design

Due to the excellent surface detail and accurate reproduction of 3D printing technology, it is often used in the automotive industry to display models of new and concept cars. The car models are also used for aerodynamic testing.

How 3D printing is changing the automotive industry?

3D Printing solutions for the automotive industry can be easily evaluated based on performance characteristics. 3D printing can replace expensive CNC production with long lead times. 3D printed plastic parts are cheaper and have shorter production times. This means lower production costs, especially when dealing with the manufacture of complex bodies.

In the automotive industry, 3D printing assists designers in trying multiple options for the same details and iterations during the development phase of a new model. It brings greater flexibility, resulting in efficient designs and the option to make changes to the design throughout the model evaluation process. This helps automakers keep up with market demand and stay ahead of the curve in the field.

UnionTech has a large share of domestic users in the field of light-curing technology, and its technology is widely used in aerospace, electronics and electrical appliances, dental care, cultural and creative, education, footwear, construction and other industries, and has a large brand awareness and industry influence in the application of industrial 3D printing.

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3D Printing for Investment Casting

3D Printing Investment Casting

Origin of Die Casting Method

It was in 1940s that modern lost foam casting method was applied in industrial production. According to the data, the development of Aerojet engine at that time required the manufacture of heat-resistant alloy parts with complex shape, accurate size and smooth surface, such as blades, impellers and nozzles. Because it is difficult to machine heat-resistant alloy materials and the shape of parts is complex, so it is impossible or difficult to use other methods to manufacture them. Therefore, it is necessary to find a new and precise forming process. To learn from the lost foam precision casting handed down in ancient times, after the improvement of materials and process, the modern lost foam investment casting method obtains important development on the basis of ancient technology.

Aviation Industry Promotes Investment Casting Technology

Therefore, the development of the aviation industry promotes the application of lost foam pattern for investment casting, and the continuous improvement and perfection of investment casting also create favorite.

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