Precision Cutting Technology for Thin Plates

• We own a machining center and have an advanced manufacturing technology for cutting thin plates of difficult-to-cut materials such as titanium.
• We have experience with plate thicknesses starting from 0.3 mm and can handle products that require precise dimensional control on the micrometer level.
• As we can handle knives with small diameter (approximately Φ0.1 mm), we are deploying the technology in products that require high quality, such as medical equipment.

Fine Cutting Technology for Thin Wires

• We have automatic precision lathes and can cut thin wires with diameters of 0.8mm to 3.0mm into various shapes.
• Based on our experience in machining many metal products using lathes, we can perform fine machining and mass production of titanium and stainless steel, which are known difficult-to-cut materials.

Titanium Anodizing Technology

• A variety of colors can be added to titanium by anodizing treatment.
• We can provide products using color coding so that end users can use them easily because they can distinguish the different sizes at a glance.

Steel Instruments for Fracture Treatment

• We manufacture steel instruments mainly used in bone reconnection surgery when bones are broken.
• They are machined according to various needs, mainly for orthopedic use.
• We can manufacture them in various shapes from simple ones to ones with precisely specified dimensions.

Carbon Fiber Non-Woven Fabric

• It is a nonwoven fabric made from 100% PAN-based carbon fiber used in CFRP (Carbon Fiber Reinforced Plastics).
• It can also be manufactured using the carbon fiber recycled through pyrolysis method, solvent dissolution method, etc.
• We have the resin impregnation processing equipment and can provide prepreg sheets by impregnating the sheets with any thermosetting resin.
• It has good resin permeability and can be used as a base material for RTM molding, etc.
• The base material for thermoplastic CFRP can be created by blending with thermoplastic synthetic resin fibers.
• It is available in the following range. Weight: 100 to 2000 g/m2, Width: from 600 mm to 2100 mm.

Bioabsorbable and Biodegradable Non-Woven Fabric

• It becomes possible to control the decomposition and absorption periods within the body by combining materials with different decomposition periods and fiber diameters (tens of nm to hundreds of nm).
• It becomes possible to meet various needs such as cell culture, filtration, liquid retention, waterproofing, and drug supporting by adjusting the fiber diameter, density, and thickness of the non-woven fabric.

Recycled Carbon Fiber Spun Yarn

• Spun yarn made from discontinuous recycled CF
• It can be combined with various fibers such as PP (polypropylene) and PA (nylon).
• As the yarn itself is highly flexible, it can achieve a tensile strength of 1 GPa if the fiber orientation is aligned.
• It has good formability and is also suitable for press molding such as deep drawing.

Metal Fiber Non-Woven Fabric

• It is made by making the metal fibers made by the coil cutting method into non-woven fabric using the needle-punching method.
• It has high porosity with continuous pores.
• Its thickness, density, etc. can be changed as required.
• It has functionality due to its porosity and bulkiness.