Kanemitsu Co., Ltd.'s Company Profile and Products

■This is “Only-One” From a single sheet of steel, the three parts of the pulley (groove), boss (shaft press-fit), and angle sen...

• Drive Mechanisms & Components

• Timing Pulleys

■Features ・Carbon neutral - Lighter weight ・Environmentally friendly products ・Thickening method ・No cutting

• Drive Mechanisms & Components

• Idler Pulleys

■Features ・Carbon neutral - Lighter weight ・Environmentally friendly products ・Thickening method ・No cutting

• Drive Mechanisms & Components

• Pulleys

■Features ・Carbon neutral - Lighter weight ・Environmentally friendly products ・Thickening method ・No cutting

• Drive Mechanisms & Components

• Pulleys

■Features ・Thickness reduction method ・Carbon neutral - Lighter weight ・Environmentally friendly products ・Thickening metho...

• Drive Mechanisms & Components

• Pulleys

■This is “Only-One” Two parts, the boss (key groove) and angle sensor (outer tooth), are integrated from a single steel plate u...

■This is “Only-One” Prototype developed using our unique flow analysis system “KAVS” (KanemitsuAnalyzeVirtualSimulation). Press...

• Drive Mechanisms & Components

• Auto Tensioners

■This is “Only-One” Two parts, the boss (keyway part) and gear (outer tooth part), are integrated from a single steel plate usi...

■Features ・Environmentally friendly products ・Near net shape ・Carbon neutral

■This is “Only-One” By using the press thickening method for the inner diameter part and the rotational molding method for the ...

■This is “Only-One” For the inner diameter part, the press thickening method has been used to achieve a near-net shape at six o...

■This is “Only-One” By using a rotational molding method on the outer periphery, we have achieved a near-net shape that is as c...

■Features ・Carbon neutral - Lighter weight ・Environmentally friendly products ・Thickening method ・Near net shape

■This is “Only-One” The inner diameter part is formed using a press thickening method, and the outer periphery (serrations) is ...

■This is “Only-One” Molded using only the press method. Formed using only high-precision press processing from plated steel she...

■This is “Only-One” Molded using only the press method. Tapered shapes for press-fitting are formed on both end faces. Replaced...

■This is “Only-One” Processed using the CAN roll method (our own equipment) that applies rotational molding. No intermediate an...

■This is “Only-One” The inner diameter part (including the middle brim shape) uses a press thickening method to achieve a near-...

■This is “Only-One” The inner diameter part (including the middle brim shape) uses a press thickening method to achieve a near-...

■This is “Only-One” Processed using the CAN roll method (our own equipment) that applies rotational molding. No intermediate an...

■This is “Only-One” Processed using an internal roll method that applies rotational molding. A concave shape is formed on both ...

■This is “Only-One” Prototype developed using our unique flow analysis system “KAVS” (KanemitsuAnalyzeVirtualSimulation). Previ...