SLA UV curing 3D printing technology principle

Using ultraviolet light as the light source and liquid photosensitive resin as the raw material, under the control of the computer, layer-by-layer proofing and cumulative molding are performed according to the cross-sectional data of the three-dimensional graphics. The light-cured prototype used for precision casting must be made into a hollow shape. After printing and molding, the uncured resin is poured out to form a hollow pattern, the resin outlet is sealed, and then the wax casting system is installed to make the shell. The vacuum prototype with a wall thickness of 0.6 mm is made into a thin sheet of 0.6 mm. It evaporates and vaporizes during the combustion process and is completely free of impurities. It is an ideal casting process, suitable for casting high strength, large size and high precision parts.

Luen Thai Technology is one of the first domestic companies to apply SLA light curing 3D printing technology to precision casting. At present, customers who cooperate in the foundry industry include Luoyang Shuangrui and Guizhou Anji.

Advantages of SLA light curing 3D printing technology in precision casting applications:

  • Therefore, the production of precision casting is more flexible and adaptable, and it is more suitable for the fast, high-quality and complex requirements of modern industry .

  • 2. The application in precision casting structure design and process formulation provides an effective basis for technicians to design a more reasonable casting structure and determine a reasonable process plan.

  • three. The process of making molds and wax molds is omitted, and the production cycle is greatly shortened.

  • four. It can produce any casting with complex structure, good quality and high precision.

  • 5. The relatively low cost, flexible design, clean and environmental protection, suitable for complex castings and other characteristics, in line with the general trend of casting technology in the new century, has broad development prospects.

  • When using SLA rapid precision casting:-When the design has not been finalized, it is used for process design optimization-When the delivery time is tight-When the quantity is too small (less than 50 pieces), it is not suitable for mold opening-When the part structure is special , Can not open the mold, generally used for lightweight, special-shaped surface structure parts-when the parts need to be tested to verify the concept, the role of 3D printing technology is one of the three advanced manufacturing technologies, combined with traditional precision casting The craft is getting rid of the stalemate of traditional precision casting alone. In recent years, it has been rapidly developed and applied. From the current situation, it has unique advantages. We are gradually phasing out industries with backward production capacity and high energy consumption, giving play to complementary advantages, and realizing greater possibilities for precision casting. Its development prospects are broad.

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