TBDA - Double acting type Φ10 to 32 mm [0.394 to 1.260 in] cylinder bore size. Original rotation-less cylinder that integrates two cylinders into a compact configuration.

Φ16 to 40 mm [0.630 to 1.575 in] cylinder bore. In a single action, the rod moves forward while simultaneously rotating 90 degrees. Slim body and one-location piping ports for a space saving design.

DDA - Double acting type Φ32 to 125 mm [1.260 to 4.921 in] cylinder bore. A wide range of series configurations and mountings that meet ISO standards make this the standard for tie rod medium-size cylinders. Double acting double rod type Φ32 to 125 mm [1.260 to 4.921 in] cylinder bore. Conforms to ISO standards. Cylinder with piston rods on both ends of the piston. Double acting multi position type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Two cylinders can be linked in series and three stop positions can be specified. Double acting push stroke adjustment type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Cylinder with stroke limiting stopper. Low hydraulic pressure: Double acting type Φ32 to 100 mm [1.260 to 3.937 in] cylinder bore. Conforms to ISO standards. Pneumatic-hydraulic converter can be used for simple low-speed operation control of a cylinder operated by low hydraulic pressure. End keep double acting type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. A mechanical lock is equipped in the cylinder on the stroke end to keep it from dropping down under its own weight when there is no pressure. Non-rotating double acting type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Hexagon type non-rotating piston rod. Non-rotating double acting double rod type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Cylinder with non-rotating hexagon type piston rod and piston rods at both ends of the piston. Dual stroke double acting pull type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Two cylinders can be combined back-to-back for two operation strokes. Double acting pull stroke adjustment type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Cylinder with stroke limiting stopper. Valpack double acting type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Integrated solenoid valve and cylinder for less wasted air consumption within piping and reduced piping work requirements. Double acting brake type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Cylinder with brake mechanism to maintain intermediate stop and position.

Φ6 to 20 mm [0.236 to 0.787 in] cylinder bore. Square body and six-side mounting enable compact and direct mounting.

Φ4.5 to 10 [0.177 to 0.394] cylinder bore. Approximately 41% shorter length, 67% smaller volume. (Compared with Koganei multi mount cylinders.)

Jig cylinder CDA series ● Φ6 to 100 mm [0.236 to 3.937 in] cylinder bore. Short, thin body designed for total space saving. Extensive lineup includes a total of 15 variations. Jig cylinder C series stroke adjustment type ● Φ12 to 40 mm [0.472 to 1.575 in] cylinder bore size. The world's first stroke adjustment cylinder, the push side stroke can be adjusted by rotating the adjuster gear. Jig cylinder C series low-friction cylinders ● Φ6 to 40 mm [0.236 to 1.575 in] cylinder bore. A low friction cylinder with a short, thin body designed for total space saving.

Φ16 to 63 mm [0.630 to 2.480 in] cylinder bore. Stainless steel tubing for high quality and high reliability that sets the standard for small and medium size cylinders. Extensive lineup includes a total of 21 variations.

BDAV Series Φ10 to 16 mm [0.394 to 0.630 in] cylinder bore size. Integration of a vacuum pad and cylinder into a single unit and a hollow shaft structure enables a very small overall length and small operation that fully meets a variety of vacuum system suction and handling, and other needs.

Double acting type: Aluminum tubing Φ125 to 160 mm [4.921 to 6.299 in] cylinder bore size. Strong double acting type cylinder that meets JIS standards. Double rod type: Aluminum tubing Φ125 to 160 mm [4.921 to 6.299 in] cylinder bore size. Strong cylinder that meets JIS standards. Cylinder with piston rods on both ends of the piston. Multi position: Aluminum tubing Φ125 to 160 mm [4.921 to 6.299 in] cylinder bore size. Strong cylinder that meets JIS standards. Two cylinders can be linked in series and three stop positions can be specified. Dual stroke type: Aluminum tubing Φ125 to 160 mm [4.921 to 6.299 in] cylinder bore size. Strong cylinder that meets JIS standards. Two cylinders can be combined back-to-back for two operation strokes. Push stroke adjustment type: Aluminum tubing Φ125 to 160 mm [4.921 to 6.299 in] cylinder bore size. Strong cylinder that meets JIS standards. Cylinder with stroke limiting stopper. Pull stroke adjustment type: Aluminum tubing Φ125 to 160 mm [4.921 to 6.299 in] cylinder bore size. Strong cylinder that meets JIS standards. Cylinder with stroke limiting stopper. Low hydraulic pressure: Aluminum tubing Φ125 to 160 mm [4.921 to 6.299 in] cylinder bore size. Strong cylinder that meets JIS standards. Pneumatic-hydraulic converter can be used for simple low-speed operation control of a cylinder operated by low hydraulic pressure. Double acting type: Steel tubing Φ125 to 250 mm [4.921 to 9.843 in] cylinder bore size. Strong cylinder that meets JIS standards. Double acting type, steel tube specification. Double rod type: Steel tubing Φ125 to 250 mm [4.921 to 9.843 in] cylinder bore size. Strong cylinder that meets JIS standards. Cylinder with piston rods on both ends of the piston. Multi position: Steel tubing Φ125 to 250 mm [4.921 to 9.843 in] cylinder bore size. Strong cylinder that meets JIS standards. Two cylinders can be linked in series and three stop positions can be specified. Dual stroke type: Steel tubing Φ125 to 250 mm [4.921 to 9.843 in] cylinder bore size. Strong cylinder that meets JIS standards. Two cylinders can be combined back-to-back for two operation strokes. Push stroke adjustment type: Steel tubing Φ125 to 250 mm [4.921 to 9.843 in] cylinder bore size. Strong cylinder that meets JIS standards. Cylinder with stroke limiting stopper. Pull stroke adjustment type: Steel tubing Φ125 to 250 mm [4.921 to 9.843 in] cylinder bore size. Strong cylinder that meets JIS standards. Cylinder with stroke limiting stopper. Low hydraulic pressure: Steel tubing Φ180 to 250 mm [7.087 to 9.843 in] cylinder bore. Strong cylinder that meets JIS standards. Pneumatic-hydraulic converter can be used for simple low-speed operation control of a cylinder operated by low hydraulic pressure.

TDA6 Single acting push out type Φ10 to 25 mm [0.394 to 0.984 in] cylinder bore size. Original rotation-less cylinder that integrates two cylinders into a compact configuration. Single acting type with integrated return spring. Double acting long bushing type Φ10 to 32 mm [0.394 to 1.260 in] cylinder bore size. Original rotation-less cylinder that integrates two cylinders into a compact configuration. End keep double acting type Φ16 to 25 mm [0.630 to 0.984 in] cylinder bore. A mechanical lock is equipped in the cylinder on the stroke end to keep it from dropping down under its own weight when there is no pressure.

Φ6 to 16 mm [0.236 to 0.630 in] cylinder bore. A square and compact body, and mounting brackets provides plenty of mounting versatility. Non-rotating type meets a wide variety of high non-rotating accuracy needs.

Knock cylinders NDA series Φ6 to 16 mm [0.236 to 0.630 in] cylinder bore. Double acting type ● Φ6 to 16 mm [0.236 to 0.630 in] cylinder bore. Short body and versatile mounting creates a simpler mechanical device. Single acting push out type ● Φ6 to 16 mm [0.236 to 0.630 in] cylinder bore. Single acting type with integrated return spring. Integrated spanner flats enable secure mounting.

Φ2.5 to 16 mm [0.098 to 0.630 in] cylinder bore. Complies with all model non-ion standards. A total of 17 variations, from single and double acting types, to types with stroke adjustment mechanisms.