THK Die-setting Ball Cage Model BS 2260
With models KS and BS, a large number of precision steel balls (sphericity in mutual difference: 0.0005 mm) compliant with JIS B 1501 are incorporated in a lightweight, highly rigid ball cage. The balls are arranged along the circumference of the ball cage in spirals so that the ball raceways do not overlap with each other. It enables these models to be used over a long period without wear and to demonstrate high durability.
THK Die-setting Ball Cage Model KS 2260
With models KS and BS, a large number of precision steel balls (sphericity in mutual difference: 0.0005 mm) compliant with JIS B 1501 are incorporated in a lightweight, highly rigid ball cage. The balls are arranged along the circumference of the ball cage in spirals so that the ball raceways do not overlap with each other. It enables these models to be used over a long period without wear and to demonstrate high durability.
THK Die-setting Ball Cage Model BS 1955
With models KS and BS, a large number of precision steel balls (sphericity in mutual difference: 0.0005 mm) compliant with JIS B 1501 are incorporated in a lightweight, highly rigid ball cage. The balls are arranged along the circumference of the ball cage in spirals so that the ball raceways do not overlap with each other. It enables these models to be used over a long period without wear and to demonstrate high durability.
THK Die-setting Ball Cage Model KS 1955
With models KS and BS, a large number of precision steel balls (sphericity in mutual difference: 0.0005 mm) compliant with JIS B 1501 are incorporated in a lightweight, highly rigid ball cage. The balls are arranged along the circumference of the ball cage in spirals so that the ball raceways do not overlap with each other. It enables these models to be used over a long period without wear and to demonstrate high durability.
THK Miniature Stroke Model MST 6-A.B.C
Model MST consists of an ST shaft, ball cage and nut. These components can freely be combined according to the application. The sectional shape is small, the clearance is minimal and the motion is extremely light and smooth. Accordingly, model MST can be used in a variety of small, precision measuring equipment such as optic measuring instrument’s spindle, pen plotter, OA equipment, computer terminals, automatic scale, digital length measuring machine and solenoid valve.
THK Miniature Stroke Model MST 5-A.B.C
Model MST consists of an ST shaft, ball cage and nut. These components can freely be combined according to the application. The sectional shape is small, the clearance is minimal and the motion is extremely light and smooth. Accordingly, model MST can be used in a variety of small, precision measuring equipment such as optic measuring instrument’s spindle, pen plotter, OA equipment, computer terminals, automatic scale, digital length measuring machine and solenoid valve.
THK Miniature Stroke Model MST 4-A.B.C
Model MST consists of an ST shaft, ball cage and nut. These components can freely be combined according to the application. The sectional shape is small, the clearance is minimal and the motion is extremely light and smooth. Accordingly, model MST can be used in a variety of small, precision measuring equipment such as optic measuring instrument’s spindle, pen plotter, OA equipment, computer terminals, automatic scale, digital length measuring machine and solenoid valve.
THK Miniature Stroke Model MST 3-A.B.C
Model MST consists of an ST shaft, ball cage and nut. These components can freely be combined according to the application. The sectional shape is small, the clearance is minimal and the motion is extremely light and smooth. Accordingly, model MST can be used in a variety of small, precision measuring equipment such as optic measuring instrument’s spindle, pen plotter, OA equipment, computer terminals, automatic scale, digital length measuring machine and solenoid valve.
THK LM Stroke Model ST 100B
Model ST has a ball cage and balls both incorporated into a precision-ground cylindrical nut as shown in Fig.1 . The balls are arranged in zigzags so as to evenly receive a load. The ball cage is a drilled cage made of a light alloy with high rigidity, and is capable of high-speed motion. A thrust ring and a snap ring are installed on both sides of the inner surface of the nut to prevent the ball cage from overshooting.
THK LM Stroke Model ST 100
Model ST has a ball cage and balls both incorporated into a precision-ground cylindrical nut as shown in Fig.1 . The balls are arranged in zigzags so as to evenly receive a load. The ball cage is a drilled cage made of a light alloy with high rigidity, and is capable of high-speed motion. A thrust ring and a snap ring are installed on both sides of the inner surface of the nut to prevent the ball cage from overshooting.
THK LM Stroke Model ST 90
Model ST has a ball cage and balls both incorporated into a precision-ground cylindrical nut as shown in Fig.1 . The balls are arranged in zigzags so as to evenly receive a load. The ball cage is a drilled cage made of a light alloy with high rigidity, and is capable of high-speed motion. A thrust ring and a snap ring are installed on both sides of the inner surface of the nut to prevent the ball cage from overshooting.
THK LM Stroke Model ST 90B
Model ST has a ball cage and balls both incorporated into a precision-ground cylindrical nut as shown in Fig.1 . The balls are arranged in zigzags so as to evenly receive a load. The ball cage is a drilled cage made of a light alloy with high rigidity, and is capable of high-speed motion. A thrust ring and a snap ring are installed on both sides of the inner surface of the nut to prevent the ball cage from overshooting.
