Type R（Thrust increased Single-Acting Type）

Type S（Single-Acting Type）

Type D（Double-Acting Type）

TA3 SERIES（φ50～φ125）Pneumatic rotary actuator

Solenoid valves mouting interface and optional actuator top mounting interface comply with NAMUR standards (VDI/VDE3845); Scotch yoke/double piston mechanism is adopted for compact design.; Scotch yoke mechanism features improved driving efficiency allowing compact design, while providing optimum torque characteristics for controlling valves hich require maximum torque output at the start/stop ends of rotation.; TA3 series and its options can be operated without lubrication.; Single-acting（spring return）type incorporates spring cartridge.

TA200,TW250 Pneumatic rotary actuator

Scotch yoke driving system; Abundant optional devices; Connection method

TA2 Series（φ40～φ160）Pneumatic rotary actuator

Light weight and compact design：Employment of die-cast aluminum into main components and unique body shapes achieves the lightweight and compact design.; Oilless operation：High-quality lubrication-free materials are used as piston sliding packing and sliding　materials for bearing to maintain the high reliability in the non-lubrication operation.; Spring cartridge：This system makes it possible to change the operation from single-acting type to double-acting type and vice versa.　The single-acting type is structured to obtain the same output torque as that of the double-acting type in the air operation mode. (Patented)

BC2 Series Rodless Band Cylinders

Bore size：φ12,φ25,φ32,φ40,φ50,φ63）

Option　Reed switches

As piston incorporating magnet comes closer to reed switch, contact is closed and switch turns ON. Suitable for operation check, detection, and interlock as a controller of sequencer or computer. Can be mounted on a cylinder with automatic tensioner and tracking rail.

Option　Automatic tesioner

Automatic tensioner always gives certain degree of tension to the cable. As good relationship between cable and ground seal are maintained, longer seal life is guaranteed. No bending due to stretched cable occurs, minimizing wearing of cable.