R&D Advantages of Lida Investment Casting Foundry

Lida investment casting foundry maintains a strong capability in R&D prospective in terms of R&D team support from beginning stage to manufacturing.

• Professional R&D Team Support

​​We have built a strong engineering team composed of 12 experienced engineers all of whom have more than 8 years in lost wax casting industry. We can offer expertise through entire product development process to part manufacturing end products process.

In the inquiry and quotation stage, the company's business and technical teams communicate closely with customers to understand customer needs and product characteristics, and provide product design and manufacturing feasibility assessment and diversified solutions.

Our engineers participate in product design at the beginning stage and are able provide feasibility assessment and provide  the most optimal manufacturing solutions at the manufacturing end, in order to improve product manufacturability and save manufacturing costs for customers.

• Pioneer in Developing 3D Shell Mold Prototyping Technology

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3D printing technology is the perfect cost-effective and efficient solution for rapid prototyping and small production runs. Lida is the pioneer in developing shell mold 3D printing technology in China lost wax casting industry. At Lida, we use 3D printing to develop complex investment castings which require design alterations or are under a tight deadline( samples within 7 days). 3D printing eliminates the need for pattern tooling production, speed up casting process design and validation, and reduce overall development time when a hard tool is desired for scalable mass production, and thus provides an advantage for market fast promotion and process trial production.

•  Lida has registered multiple utility model patents

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•  A Wide Range of Parts Size Capabilities: We can make the minimum part size of 5mm*3mm*1.5mm, the maximum size can be 1000mm*1000mm*500mm, the weight does not exceed 300kgs. In addition, we can maintain tight tolerances and smooth the surface of metal parts.