Composite of different materials that is impossible even with a 3D printer.
The interior of the cylinder, with an outer diameter of approximately 2mm, has a hollow and undercut structure, and a ball that acts as a valve is housed inside. Such a shape cannot be achieved with conventional MIM or 3D printers. With our unique μ-MIM technology, we can mass-produce complex internal structures that are impossible to achieve with traditional methods using net shape manufacturing.
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basic information
- The μ-MIM technology allows for mass production of check valves smaller than the previously considered processing limit of Φ2.5 mm. - Complex hollow and undercut structures can also be mass-produced with high precision in net shape without secondary processing using μ-MIM technology. This internal structure cannot be achieved through machining. - Thin-walled shapes below 0.2 mm, which are impossible to mold with conventional MIM, can be mass-produced using μ-MIM technology.
Price range
P1
Delivery Time
Applications/Examples of results
Downsizing is possible for medical and industrial use.
Company information
Taiho Industry Co., Ltd. is a subsidiary of Japan Micro MIM Holdings Co., Ltd., and is responsible for the manufacturing of μ-MIM in collaboration with TAISEI KOGYO (THAILAND) CO., LTD. By using our self-developed feedstock (MIM raw material), we can mass-produce fine and high-precision metal parts that are difficult to manufacture with conventional MIM. We excel in areas that were previously challenging, suitable for parts with thin sections, products requiring high dimensional accuracy, and mass-produced items that demand high process capability indices, regardless of steel types or alloys. We have established a rapid and reliable evaluation system using the world's most advanced measurement and analysis equipment, directly linked to development speed. We cater to a wide range of industries, including not only medical devices but also optics, communications, and industrial equipment.
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