High-efficiency, high-precision, low-cost metal forming;
It is suitable for the research of new materials and new processes, the research and development trial production of new products, as well as the batch production of complex structural products, small precision parts, small-lot trial products, and porous materials.
R series R&D type equipment
R series equipment is R&D type equipment for universities, research institutes, enterprise R&D organizations and so on. This series of equipment can realize the highest ±0.1mm printing accuracy, 1200DPI resolution, 165cc/h printing speed and 67% green blank density. The equipment is easy and quick to operate, with flexible replacement of powder material and binder ink, concise structure, easy maintenance, and effective guarantee of scientific research efficiency and experimental reproducibility. Adopting self-developed industrial control software and data processing software, the process parameters are highly open and independently adjustable, which is not only compatible with a wide range of materials, but also more suitable for exploratory research and rapid preparation of new materials iteration. The company also has the ability to independently design binder formulations, which can meet the development needs of customers for new materials and new applications of customized binders.
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P-Series Production Equipment
P series equipment is production-oriented equipment for MIM, mold, tooling and other industries. This series of equipment adopts the latest top-feeding powder single-cylinder structure, equipped with V+ precise powder drop system, double-roller composite high-density powder spreading system, automatic nozzle cleaning, built-in air purification system and other devices, easy and quick operation, flexible replacement of powder materials and binder ink, effective protection of production efficiency. It can realize the highest ±0.1mm printing accuracy, 1200DPI resolution, the highest 10L/h printing speed and 67% green blank density. The company also has the ability to independently design binder formulations, which can meet the development needs of customers for new materials and new applications for customized binders.
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