We will mass-produce titanium components and piping parts using MIM (Metal Injection Molding).
Titanium has excellent material properties and is adopted in various industries. Although it is a high-difficulty processed product and has cost disadvantages, we have overcome this by mass-producing it using our uniquely developed injection molding technology. Its adoption is expanding in fields such as medical, IT, robotics, and accessories.
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basic information
【Technical Features】 ● Uses uniquely developed high-purity titanium powder ● Achieves the production of complex and high-precision parts through proprietary injection molding technology ● Realizes low costs comparable to SUS
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Applications/Examples of results
IT equipment, machine device parts, industrial robots, medical, decoration
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Company information
Our company supports the foundational industries that sustain the Japanese economy. - In manufacturing, sourcing materials has become critical. There are special materials that are difficult to obtain in small lots. We negotiate directly with major overseas companies to provide any special materials quickly. [Titanium, Zirconium, Tantalum, Niobium, Tungsten, Molybdenum, and their alloys] - These are functional components that ensure product performance and reliability. We provide reliable functional components developed through research and collaboration with overseas partners, delivered in a short time and at low cost. [Split roller bearings, reducers, and increasers] - We offer stirring technology that is essential in various plants. We propose optimal stirring conditions tailored to the customer's process. [Stirrers, stirring simulations, magnetic drives, bottom stirring] - We provide ultra-large forged products in a short time. We guarantee forging quality through free forging using one of the world's largest forging facilities. [Roll mills, forged flanges, wind power generation components] - Special attachments that excel in civil engineering demolition and disaster recovery work. They replicate human movement through rotation from the arm.
