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KOGANEI offers a range of high-performance electric actuators, including the NS Slider EWM5, Electric Hand Flat Type EW2H, and Electric Rotary Actuator EWHRT. Our compact DC brushless motors are paired with the Mini Guide Slider series for superior reliability. Other products include the iB-Move, 3-Finger Electric Gripper EWHD, Low Profile Electric Slider EW2G, and Electric Hand Actuator EWHA, with service across Singapore, Malaysia, Indonesia, Australia, and New Zealand. Electric Actuators Electric actuators Desktop Robot Type NS Slider EWM5 View Compact DC brushless motor combined with Koganei's highly reliable Mini Guide Slider series. Electric Hand Flat Type EW2H View Compact DC brushless motor combined with Koganei's highly reliable Mini Guide Slider series. Electric rotary actuator EWHRT View Compact DC brushless motor combined with Koganei's highly reliable Mini Guide Slider series. iB-Move View Compact DC brushless motor combined with Koganei's highly reliable Mini Guide Slider series. 3 finger electric gripper EWHD View Compact DC brushless motor combined with Koganei's highly reliable Mini Guide Slider series. Low Profile Electric Slider EW2G View Compact DC brushless motor combined with Koganei's highly reliable Mini Guide Slider series. Electric hand actuator EWHA View Compact DC brushless motor combined with Koganei's highly reliable Mini Guide Slider series. Desktop robot: DTHB series View A4-size unit installation area. Compact design is perfect for real cellular manufacturing and other manufacturing environments. A precision slide screw provides high-accuracy operation. Desktop robot: DTRB series View A4-size unit installation area. Compact design is perfect for real cellular manufacturing and other manufacturing environments. A precision slide screw provides high-accuracy operation. EWHA12A EW2C-H-CC EW2G10CH-50-1-NP-DP-3L EW2G10H-50-2 EW2G10H-50-NP-3L EW2G12H-80 EW2H18-3-NP-3L EW2H28-1-NP-DP-5L EW2H8-1-NP-DP-5L EW2H8-3-NP-5L EW2HL28-1 EW2HL28-1-3L EW2HL28-1-NP-3L EW2HL28-1-NP-DP-5L EW2HL28-3-NP-3L EW2KI EW2KP EW2TB EWHA12A EWHA12A-C-3L EWHA12A-C-5L EWHA24A EWHA24A-C-3L EWHA24A-C-3L-7W EWHA24A-C-5L EWHA36A-C-3L EWHA36A-C-5L EWHA36H-C-3L EWHA6H EWHA6H-C-3L EWHCP-RA EWHCP-RS EWHC-RA EWHC-RA-35W EWHC-RS EWHKA-3L EWHKA-5L EWHRT10A-B-C-5L EWHRT10A-C-5L EWHRT1A EWHRT1A-C-3L EWHRT1A-CP-3L EWHRT20A EWHRT20A-C-3L EWHRT3A EWHRT3A-22W EWHRT3A-22W EWHRT3A-B-22W EWHRT3A-C-3L EWHRT3A-C-3L-22W EWHRT3A-C-5L-22W EWHRT5A EWHRT5A-C EWHRT5A-C-5L EWHRT5A-CP-3L EWHRT60A EWHRT60A-C-3L EWHRT60A-C-5L EWHTB EWM5HSA-20 EWM5HSA-20-CP-3L EWM5SSA-40 EWM5SSA-40-C-3L IBM2A16X48-C1-3L

KOGANEI Asia offers a comprehensive range of robotic products and end effectors, including auto arm hand charger, air grippers, vacuum handling equipment, electric grippers, electric actuators, desktop robots, designed to enhance automation and productivity. Auto Position Alignment Tool Position Alignment Auto Position Alignment Robotic Products and End Effectors Auto Position Alignment Tool (Compliance Unit) End-of-arm tooling (Pneumatic/Electric hand changer/Systematic handling module) Air Hands (Air Grippers) Electric actuator & electric gripper Desktop Robots Vacuum Handling Units Air Picker Gripper A hollow body inside donut shaped rubber expands inward to grip and hold the outer circumference of the workpiece over a wide area. Air Picker Gripper Pick type RBP Big type with a hollow body inside a rubber cylinder that expands into a donut shape to grip and hold the inner diameter of the workpiece over a wide area. Pick type RBP Wide type air hand WHDP Φ12 to 25 mm [0.472 to 0.984 in] cylinder bore size. Perfect for chucking and handling. Combination with cylinders allows easy robot arm design. Wide type air hand WHDP 180 Degree Open/Close Type NHBDSLG Φ12 to 20 mm [0.472 to 0.787 in] cylinder bore size. 180 degree open/close type. Employs a thrust bearing for high accuracy and high rigidity. Perfect for workpiece escape. 180 Degree Open/Close Type NHBDSLG 3 finger hand with linear guide NHE Series Air drive double acting type Φ16 to 25 mm [0.630 to 0.984 in] cylinder bore. Three-finger hand equipped with a linear guide improves allowable load and moment resistance. A hollow shaft makes this product perfect for building in a cylinder for workpiece removal, etc. Mechanical drive normally close single acting type Three-finger hand equipped with a linear guide improves allowable load and moment resistance. A hollow shaft makes this product perfect for building in a cylinder for workpiece removal, etc. 3 finger hand with linear guide NHE Series Systematic handling module micro series Compliance modules SHM61J ● Handling module with standardized error absorption functions for the robot hand unit. Shorter design time and lower cost. Compliance modules NZ specification SHM62J ● Handling module with standardized error absorption functions for the robot hand unit. Shorter design time and lower cost. Parallel clamp module SHM73J ● Handling module with standardized grasping functions for the robot hand unit. Shorter design time and lower cost. Systematic handling module micro series Flat type air hand AFDPG with linear guide Double acting synchronous type Φ6 to 25 mm [0.236 to 0.984 in] cylinder bore. Rack-and-pinion mechanism enables synced left and right lever operation. Linear guide creates an accurate and rigid thin body, while double construction enables high gripping force. Double acting Synchronous type (long type) Φ6 to 25 mm [0.236 to 0.984 in] cylinder bore. Synchronous long stroke type. Linear guide for high rigidity and a thin body design that is perfect for a wide range of workpiece gripping. Double acting asynchronous type Φ8 to 12 mm [0.315 to 0.472 in] cylinder bore. Levers are individually driven by different bore size cylinders, and the lever with the stronger gripping force becomes the gripping fixed point. Linear guide for high rigidity and thin body design. Flat type air hand AFDPG with linear guide Parallel type NHBDP Double acting type Φ10 to 25 mm [0.394 to 0.984 in] cylinder bore size. Perfect for chucking and handling. Combination with cylinders allows easy robot arm design. Single acting normally open Φ10 to 25 mm [0.394 to 0.984 in] cylinder bore size. Perfect for chucking and handling. Combination with cylinders allows easy robot arm design. Parallel type NHBDP Parallel type NHBMP mechanical hands Single acting normally closed Air piping is not required, making this perfect in areas where air piping is not possible (on an index table, etc.) Parallel type. Single acting normally open Air piping is not required, making this perfect in areas where air piping is not possible (on an index table, etc.) Two types: parallel type and parallel type linear guide specification. Parallel type NHBMP mechanical hands Parallel type NHBDPGY with linear guide Double acting type Φ8 to 20 mm [0.315 to 0.787 in] cylinder bore. Finger type. Linear guide equipped high-rigidity air hand that is perfect for chucking and handling. Single acting normally open Φ8 to 20 mm [0.315 to 0.787 in] cylinder bore. Finger type. Linear guide equipped high-rigidity air hand that is perfect for chucking and handling. Parallel type NHBDPGY with linear guide Parallel type NHBDPG with linear guide Double acting type Φ8 to 32 mm [0.315 to 1.26 in] cylinder bore. Linear guide equipped high-rigidity air hand that is perfect for chucking and handling. Single acting normally open Φ8 to 20 mm [0.315 to 0.787 in] cylinder bore. Linear guide equipped high-rigidity air hand that is perfect for chucking and handling. Parallel type NHBDPG with linear guide Grip type RBG A hollow body inside donut shaped rubber expands inward to grip and hold the outer circumference of the workpiece over a wide area. Grip type RBG Mechanical drive hand with linear guide NHBM Equipped with linear guide and can be opened and closed by external operation. Mechanical hand that does not require air piping. Mechanical drive hand with linear guide NHBM L hand with linear guide NHL1D Φ8 to 25 mm [0.315 to 0.984 in] cylinder bore. With linear guide and cam drive for finger operation that is perpendicular to the cylinder operation axis. Twice the gripping power of previous models. L hand with linear guide NHL1D 180 Degree Open/Close type NHBDSL Φ12 to 25 mm [0.472 to 0.984 in] cylinder bore size. 180 degree finger type. Perfect for chucking and handling. 180 Degree Open/Close type NHBDSL Parallel type NHC1 series Φ10 to 25 mm [0.394 to 0.984 in] cylinder bore size. Perfect for high rigidity and high accuracy chucking and handling. 40% lighter, 45% smaller than previous models. Parallel type NHC1 series Systematic handling module Fixed module SHM11 ● Handling module with standardized functions and a fixed robot hand unit. Shorter design time and lower cost. Swivel module SHM21 ● Handling module with standardized swiveling functions for the robot hand unit. Shorter design time and lower cost. Inversion module SHM31 ● Handling module with standardized inversion functions for the robot hand unit. Shorter design time and lower cost. Shift module SHM41 ● Handling module with standardized shift functions for direct drive for the robot hand unit. Shorter design time and lower cost. Cushion module SHM51 ● Handling module with standardized cushion functions for the robot hand unit. Shorter design time and lower cost. Compliance modules SHM61 ● Handling module with standardized error absorption functions for the robot hand unit. Shorter design time and lower cost. Compliance modules NZ specification SHM62 ● Handling module with standardized error absorption functions for the robot hand unit. Shorter design time and lower cost. Parallel clamp module SHM71 ● Handling module with standardized grasping functions for the robot hand unit. Shorter design time and lower cost. Parallel clamp prong module SHM72 ● Handling module with standardized grasping functions for the robot hand unit. Shorter design time and lower cost. Systematic handling module Swing type NHBDS Double acting type Φ8 to 25 mm [0.315 to 0.984 in] cylinder bore. Perfect for chucking and handling. Combination with cylinders allows easy robot arm design. Single acting normally open Φ8 to 25 mm [0.315 to 0.984 in] cylinder bore. Perfect for chucking and handling. Combination with cylinders allows easy robot arm design. Swing type NHBDS Parallel type NHBDPA with cross roller bearing Double acting type Φ6 to 25 mm [0.236 to 0.984 in] cylinder bore. Perfect for chucking and handling. Combination with cylinders allows easy robot arm design. Single acting normally open Φ6 to 25 mm [0.236 to 0.984 in] cylinder bore. Perfect for chucking and handling. Combination with cylinders allows easy robot arm design. Parallel type NHBDPA with cross roller bearing Parallel type NHBDPGJ with linear guide Double acting type Φ8 to 20 mm [0.315 to 0.787 in] cylinder bore. Linear guide equipped high-rigidity air hand that is perfect for chucking and handling. Single acting normally open Φ8 to 20 mm [0.315 to 0.787 in] cylinder bore. Linear guide equipped high-rigidity air hand that is perfect for chucking and handling. Parallel type NHBDPGJ with linear guide Parallel type NHBDPGL with linear guide Φ8 to 20 mm [0.315 to 0.787 in] cylinder bore. Linear guide equipped high-rigidity air hand that is perfect for chucking and handling. Parallel type NHBDPGL with linear guide Control equipment Vacuum generator Sensors Peripherals Vacuum pads Air treatment equipment Others Solenoid valve type Air-piloted type Manual, mechanical type Vacuum valve unit Air-piloted vacuum valve VA125A series View Vacuum control main valves, long-life, high-performance vacuum round type valves that are perfect for pilot use. Air-piloted vacuum valve 250A2 series View Vacuum control double pilot vacuum round type valve that does not use electricity. Perfect for main valves and pilot valves. Vacuum round solenoid valves V062, V126 series View Poppet and diaphragm structure minimizes the chance of leaks, and eliminates valve sticking. Round type solenoid valve VA500 Series View Poppet and diaphragm structure minimizes the chance of leaks, and eliminates valve sticking. Vacuum solenoid valve V030 Series View Lightweight, compact 2 and 3-port direct drive solenoid vacuum valves. Valves that can be used as both vacuum type and positive pressure type and enable forced breakaway and vacuum destruction incorporated into their own series. Vacuum solenoid valve V100 Series View Lightweight, compact 2 and 3-port direct drive solenoid vacuum valves. Valves that can be used as both vacuum type and positive pressure type and enable forced breakaway and vacuum destruction incorporated into their own series. Vacuum solenoid valve V112 Series View Lightweight, compact 2 and 3-port direct drive solenoid vacuum valves. Valves that can be used as both vacuum type and positive pressure type and enable forced breakaway and vacuum destruction incorporated into their own series. Solenoid valve F10 series (vacuum) View For cylinder bore sizes of 20 to 40 mm [1.575 to 30150 in]. 10 mm [0.394 in] valve width. Low power consumption. For single and double use. A wide range of possible variations: reducer fitting, etc. Solenoid valve F18 series (vacuum) View For cylinder bore sizes of 50 to 100 mm [1.969 to 3.937 in]. 18 mm [0.709 in] valve width. Low power consumption. For single and double use. A wide range of possible variations: reducer fitting, etc. Solenoid valve PB series (vacuum) View Optimal for cylinder bore sizes from 100 to 180 mm [3.937 to 7.087 in]. Next-generation compact, and thin 5-port solenoid valve with high flow rate. Switchable from double to single. Round type solenoid valve VA250 Series View Poppet and diaphragm structure minimizes the chance of leaks, and eliminates valve sticking. Solenoid valve G010 series (for 2, 3 ports) View New positive pressure specification and vacuum specification lineup to meet a wide variety of control needs! Vacuum solenoid valve V050 Series View Lightweight, compact 2 and 3-port direct drive solenoid vacuum valves. Valves that can be used as both vacuum type and positive pressure type and enable forced breakaway and vacuum destruction incorporated into their own series. Vacuum solenoid valve V200 Series View Lightweight, compact 2 and 3-port direct drive solenoid vacuum valves. Valves that can be used as both vacuum type and positive pressure type and enable forced breakaway and vacuum destruction incorporated into their own series. Vacuum solenoid valve V182 Series View Lightweight, compact 2 and 3-port direct drive solenoid vacuum valves. Valves that can be used as both vacuum type and positive pressure type and enable forced breakaway and vacuum destruction incorporated into their own series. Solenoid valve F15 series (vacuum) View For cylinder bore sizes of 40 to 80 mm [1.575 to 3.150 in]. 15 mm [0.591 in] valve width. Low power consumption. For single and double use. A wide range of possible variations: reducer fitting, etc. Solenoid valve PA series (vacuum) View Optimal for cylinder bore sizes from 100 to 180 mm [3.937 to 7.087 in]. Next-generation compact, and thin 5-port solenoid valve with high flow rate. Switchable from double to single. MV030・MV090 Type View Pressure sensors, vacuum destruction air specific ports and other options added. Perfect for vacuum control of a suction transport system using a vacuum pump. Electronic vacuum switch with easy-to-view LED. MV180 Type View Pressure sensors, vacuum destruction air specific ports and other options added. Perfect for vacuum control of a suction transport system using a vacuum pump. Electronic vacuum switch with easy-to-view LED. Push button type vacuum manual valve View Simple diaphragm poppet structure contributes to highly reliable pneumatic control with little down time. A lightweight, compact design fits into just about any installation location and mounting direction. Ball cam type vacuum equipment valve View Simple diaphragm poppet structure contributes to highly reliable pneumatic control with little down time. A lightweight, compact design fits into just about any installation location and mounting direction. Lever type vacuum equipment valve View Simple diaphragm poppet structure contributes to highly reliable pneumatic control with little down time. A lightweight, compact design fits into just about any installation location and mounting direction. Foot valve type: Vacuum manual valve View Simple diaphragm poppet structure contributes to highly reliable pneumatic control with little down time. A lightweight, compact design fits into just about any installation location and mounting direction. Roller cam type vacuum equipment valve View Simple diaphragm poppet structure contributes to highly reliable pneumatic control with little down time. A lightweight, compact design fits into just about any installation location and mounting direction. Micro ejector FME series View Energy saving and silent micro ejector. World-class level low noise (when low-noise type muffler is used), 20% lower air consumption (compared with past Koganei models). Low pressure specification lineup also available. Micro ejector ME series (integrated type) View Simple vacuum generating device that uses compressed air for high-speed transport that does not damage the workpiece. Compact configuration, can also be mounted on moving parts. Micro ejector MEDT series (multistage type) View MEDT Series with two-level nozzle construction for approximately twice the suction flow rate with the same nozzle diameter. Micro ejector ME series View Simple vacuum generating device that uses compressed air for high-speed transport that does not damage the workpiece. Compact configuration, can also be mounted on moving parts. Micro ejector MED series (multistage type) View MED Series with two-level nozzle construction for approximately twice the suction flow rate with the same nozzle diameter. Inline Ejector PME Series View Convert pressurized air to vacuum in one touch. Digital pressure switchs,GS6 View Small pressure switch with outstanding reliability and response for vacuum and positive pressure. Two-screen, three-color indications for easy operation. Electronic pressure switch PS3 View Pressure switch with micro ejector. Separate type multi-channel sensor controller PSU View Four point simultaneous detections by a single controller. Two output modes: general-purpose type and a micro-pressure compatible type that's great for microscopic workpiece detection. Electronic pressure switch PS4 View Small pressure switch with outstanding reliability and response for vacuum and positive pressure. A selection of types for various applications. Separate type multi-channel flow rate sensor controller FSU View Pressure sensor detects workpiece suction that cannot be detected by a pressure sensor. Four-point simultaneous detection by a single controller. Computer connectability. Four micro-pressure compatible type modes. Separate type 1-channel flow rate sensor controller FS1U View Enables the same ease of use as a pressure switch. Two-color indicator for at-a-glance check of workpiece suction. Flow volume sensor detects workpiece suction that cannot be detected by a pressure sensor. Vacuum pads: Bellows type View 10 mm [0.394 in], 15 mm [0.591 in], 20 mm [0.787 in] size diameter lineup. Bellows type that is perfect a workpiece with a slanted suction surface or when there are level differences in the workpiece. Vacuum Pad KPT Series View Handles workpieces with no damage Vacuum pads View Perfect for small, lightweight transport systems. Outstanding reliability with no suction errors. Conductive vacuum pads and halogen process vacuum pads also available. Vacuum regulator VR View Mounting on a vacuum line enables vacuum pressure setting to the desired level. Lightweight and compact, easily mounts on a panel simply by drilling holes. Vacuum filter (small FR series) View Compact, lightweight vacuum filter. Quick fitting for simple tube connection to the device. Vacuum regulator NVR (pilot type) View Vacuum type pilot system for outstanding pressure stability that stands up to flow volume changes. External pilot type also available. Vacuum gauge GV-40 View 40 mm [1.575 in] outside diameter vacuum pressure gauge. Panel mount can be selected which is convenient for incorporating into a device. Vacuum Pump Unit View EVP03 Sereies. Contributes to carbon neutrality! Vacuum Handling Unit VYP Series View Light weight design to be mounted on small robots Desktop type compressor / vacuum pump View Air compressor that can used anywhere with ease. Compact design fits into an A4-size installation area. Low noise design (55 dB). Lightweight (4.6 kg [10.141 lb]). SMP Smart Mini Compressor / Vacuum Pump View Compact design, positive pressure type and negative pressure type available! Vacuum pad equipped multi mount cylinder BDAV View Φ10 to 16 mm [0.394 to 0.630 in] cylinder bore size. Hollow-rod construction, dramatically shorter overall length, and one-side surface piping for a greater degree of versatility. Non contact transport equipment View Non-contact, which avoids denting of and damage to workpieces by the pad. Can also hold porous workpieces and workpieces with some unevenness. Compliance light compact CPLM Perfect at absorbing errors for small, lightweight parts! Compliance light compact CPLM Robot Joint IAI Robot Compatible Specialized robot joint for IAI Robot! Robot Joint IAI Robot Compatible Auto Hand Changer MJC series Lightest in the world. Ideal for tool change of robot tip. D-sub and various connectors can be selected. Auto Hand Changer MJC series Compliance light θ-free (parallel type) CPLG Absorbs the position error of the X/Y axis. Compliance light θ-free (parallel type) CPLG Systematic handling module micro series Compliance modules SHM61J ● Handling module with standardized error absorption functions for the robot hand unit. Shorter design time and lower cost. Compliance modules NZ specification SHM62J ● Handling module with standardized error absorption functions for the robot hand unit. Shorter design time and lower cost. Parallel clamp module SHM73J ● Handling module with standardized grasping functions for the robot hand unit. Shorter design time and lower cost. Systematic handling module micro series Compliance light swing type CPL_S The swing type corrects positional errors when inserting workpieces and press fitting, and when handling workpieces in the X, Y, Z, θ, and α axes. Compliance light swing type CPL_S Robot Joint EPSON Robot Compatible KRJ EPS Specialized robot joint for EPSON Robot! Robot Joint EPSON Robot Compatible KRJ EPS Electric Auto Hand Changer EMJ Series Energy saving Once connected, electric current is not required. Easy control Controllable with ON / OFF control. Slim design No interference with peripheral devices. High precision Repeatability is ±0.003 mm [0.0001 in.] Size Variation Maximum payloads at 3 kg [6.615 lb], 10 kg [22.050 lb], 30 kg [66.150 lb] Electric Auto Hand Changer EMJ Series Compliance light parallel type CPL_F Compliance light parallel type Compliance light swing type The parallel type corrects positional errors when inserting workpieces and press fitting, and when handling workpieces in the X, Y, and θ axes. Compliance light parallel type CPL_F Systematic handling module Fixed module SHM11 ● Handling module with standardized functions and a fixed robot hand unit. Shorter design time and lower cost. Swivel module SHM21 ● Handling module with standardized swiveling functions for the robot hand unit. Shorter design time and lower cost. Inversion module SHM31 ● Handling module with standardized inversion functions for the robot hand unit. Shorter design time and lower cost. Shift module SHM41 ● Handling module with standardized shift functions for direct drive for the robot hand unit. Shorter design time and lower cost. Cushion module SHM51 ● Handling module with standardized cushion functions for the robot hand unit. Shorter design time and lower cost. Compliance modules SHM61 ● Handling module with standardized error absorption functions for the robot hand unit. Shorter design time and lower cost. Compliance modules NZ specification SHM62 ● Handling module with standardized error absorption functions for the robot hand unit. Shorter design time and lower cost. Parallel clamp module SHM71 ● Handling module with standardized grasping functions for the robot hand unit. Shorter design time and lower cost. Parallel clamp prong module SHM72 ● Handling module with standardized grasping functions for the robot hand unit. Shorter design time and lower cost. Systematic handling module NS Slider EWM5 Page 52 (51) NS Slider EWM5 Electric Hand Flat Type EW2H Page 12 (11) - The best Low-profile design in the industry! Lightweight, compact. Electric Hand Flat Type EW2H Electric rotary actuator EWHRT Page 42 (41) - Table type rotary actuator in a more compact size that makes it easier to use. Hollow shaft used for wiring and piping. Configurable swing angle setting (64 points). Shockless start and stop. Configurable acceleration and deceleration settings. Electric rotary actuator EWHRT iB-Move Simple operation: Simple operation between two points. Easy stroke, speed, acceleration/deceleration, thrust level settings. Open loop control for lower cost. No linear motor and low-speed mechanism for extremely quiet operation. iB-Move 3 finger electric gripper EWHD Thin shape and high rigidity 3 finger electric gripper EWHD Low Profile Electric Slider EW2G Compact DC brushless motor combined with Koganei's highly reliable Mini Guide Slider series. Low Profile Electric Slider EW2G Electric hand actuator EWHA Page 32 (31) - Additional gripping force variations for improved ease of use. Variable speed control enables a soft touch. Linear guide for high accuracy and high rigidity. Numerical control enables stroke setting as the desired level (64 points). Electric hand actuator EWHA Desktop robot: DTHB series A3 or A4 workpiece size unit installation area, enhanced DTRB function, multi-task function, and high-level motion control added. Desktop robot: DTHB series Desktop robot: DTRB series A4-size unit installation area. Compact design is perfect for real cellular manufacturing and other manufacturing environments. A precision slide screw provides high-accuracy operation. Desktop robot: DTRB series Compliance light compact CPLM Perfect at absorbing errors for small, lightweight parts! Button Compliance light θ-free (parallel type) CPLG Absorbs the position error of the X/Y axis. Button Compliance light swing type CPL_S The swing type corrects positional errors when inserting workpieces and press fitting, and when handling workpieces in the X, Y, Z, θ, and α axes. Button Compliance light parallel type CPL_F Compliance light parallel type Compliance light swing type The parallel type corrects positional errors when inserting workpieces and press fitting, and when handling workpieces in the X, Y, and θ axes. Button

Previous View PDF Catalogue I/O Terminal with EtherNet/IP or EtherCat for Koganei F-series valves Consolidates electrical signals from the end of devices and enables communication with higher-level systems Next SIMILAR PRODUCTS Consolidates electrical signals from the end of devices and enables communication with higher-level systems I/O Terminal with EtherNet/IP or EtherCat for Koganei F-series valves I/O Terminal with EtherNet/IP or EtherCat for Koganei F-series valves 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. DDAW - Dual stroke double acting pull type DDAW - Dual stroke double acting pull 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. DDAR - Double acting brake type DDAR - Double acting brake type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Hexagon type non-rotating piston rod. DDAL - Non-rotating double acting type DDAL - Non-rotating 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. DDAH - Low hydraulic pressure: Double acting type DDAH - Low hydraulic pressure: Double acting 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. DDADL - Non-rotating double acting double rod type DDADL - Non-rotating double acting double rod 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. DDA - Double acting type DDA - Double acting type Φ12 to 100 mm [0.472 to 3.937 in] cylinder bore size. Short, thin body designed for total space saving. CCDA - Double acting long stroke type CCDA - Double acting long stroke type Φ6 to 50 mm [0.236 to 1.969 in] cylinder bore. Single acting type with integrated return spring. Short, thin body designed for total space saving. CTA - Single acting pull CTA - Single acting pull Φ12 to 50 mm [0.472 to 1.969 in] cylinder bore size. Two cylinders can be linked in series and three stop positions can be specified. Short, thin body designed for total space saving. CSAT - Single acting multi position push out type CSAT - Single acting multi position push out type Φ6 to 50 mm [0.236 to 1.969 in] cylinder bore. Single acting type with integrated return spring. Short, thin body designed for total space saving. CSA - Single acting push out type CSA - Single acting push out type Φ12 to 100 mm [0.472 to 3.937 in] cylinder bore size. Two cylinders can be linked in series and three stop positions can be specified. Short, thin body designed for total space saving. CDAT - Double acting multi position type CDAT - Double acting multi position type Φ20 to 63 mm [0.787 to 2.480 in] cylinder bore. Square type non-rotating piston rod with a short, thin body designed for total space saving. CDAL - Square rod double acting type CDAL - Square rod double acting type TDA_ALL - φ6 [0.236] Twin rod cylinder ● Φ6 mm [0.236 in] cylinder bore. Original rotation-less cylinder that integrates two cylinders into a compact configuration. TDA - Twin rod cylinder TDA - Twin rod cylinder 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. DDAT - Double acting multi position type DDAT - Double acting multi position type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Cylinder with stroke limiting stopper. DDAP - Double acting push stroke adjustment type DDAP - Double acting push stroke adjustment 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. DDAK - End keep double acting type DDAK - End keep double acting type Φ40 to 100 mm [1.575 to 3.937 in] cylinder bore. Conforms to ISO standards. Cylinder with stroke limiting stopper. DDAE - Double acting pull stroke adjustment type DDAE - Double acting pull stroke adjustment 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. DDAD - Double acting double rod type DDAD - Double acting double rod type Φ16 to 63 mm [0.630 to 2.480 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. CCDAK - End keep double acting type CCDAK - End keep double acting type Φ12 to 50 mm [0.472 to 1.969 in] cylinder bore size. Two cylinders can be combined back-to-back for two operation strokes. Designed for total space saving. CTAW - Dual stroke single acting pull type CTAW - Dual stroke single acting pull type Φ12 to 50 mm [0.472 to 1.969 in] cylinder bore size. Two cylinders can be combined back-to-back for two operation strokes. Designed for total space saving. CSAW - Dual stroke type single acting push type CSAW - Dual stroke type single acting push type Φ12 to 50 mm [0.472 to 1.969 in] cylinder bore size. Cylinder with piston rods on both ends of the piston. Short, thin body designed for total space saving. CSAD - Single acting double rod type CSAD - Single acting double rod type Φ12 to 100 mm [0.472 to 3.937 in] cylinder bore size. Two cylinders can be combined back-to-back for two operation strokes. Designed for total space saving. CDAW - Dual stroke double acting pull type CDAW - Dual stroke double acting pull type Φ6 to 10 mm [0.236 to 0.394 in] cylinder bore. Small-diameter cylinder with a guide for non-rotation equipped in the main body. A short, thin body designed for total space saving. CDAL_6_8_10 - Non-rotating double acting type CDAL_6_8_10 - Non-rotating double acting type Φ6 to 100 mm [0.236 to 3.937 in] cylinder bore. Cylinder with piston rods on both ends of the piston. Short, thin body designed for total space saving. CDAD - Double acting double rod type CDAD - Double acting double rod type RoHS-compliance Koganei has finished to comply Koganei brand products to the RoHS directive which regulates 6 substances, and has been attaching the RoHS-compliant identification mark 'E' to shipped products since July 2006. On June 4th 2015, there was a public notification through an official Gazette [EU2015/863] , informing that the target of regulation will be increased to 10 substances. Koganei is preparing to manufacture products which comply to the RoHS (10 substances), and attach a RoHS-compliant identification mark 'G' to compliant products from July 2018.

In modern industrial and automation environments, efficiency and scalability are essential. Whether you’re managing a growing production line or enhancing an existing control system, having the right connectivity hardware can make all the difference. That’s where our I/O Terminal  comes in—a smart, space-saving solution designed to seamlessly consolidate electrical signals and ensure smooth communication between devices and higher-level systems. Despite its compact size, this I/O Terminal is built for flexibility. Its slim profile reduces panel space requirements, making it ideal for installation in tight or crowded control cabinets. To accommodate different application needs, the terminal offers two straightforward mounting options: DIN rail mounting  for fast integration and direct mounting  for customized setups. Thanks to its push-in connection technology , wiring becomes significantly easier—just insert the wire, and the connection is secured without any tools required. This not only speeds up installation but also reduces the chances of wiring errors. What truly sets this terminal apart is its ability to adapt. Its modular configuration supports a variety of expansion options, enabling users to build or scale their systems with ease. Whether you need additional channels, specialized modules, or future upgrades, the system grows with you. Key Functions of the I/O Terminal Consolidates device signals  for efficient routing and organization Enables communication  with higher-level control and monitoring systems Supports modular expandability  to meet diverse user requirements Offers flexible installation  through DIN rail or direct mounting Provides quick, tool-free wiring  with push-in connection technology Saves installation space  with its compact and slim design With its smart engineering and user-friendly features, this I/O Terminal is an ideal choice for anyone looking to enhance their automation needs. Full info: https://www.koganeiasia.com/_files/ugd/b9b196_73c7d8dcdf024182afc3370c510a9374.pdf

At KOGANEI , we believe innovation should make industrial systems more efficient and maintenance-free. That’s why we introduce the iB-Cyclone , a high-speed cyclone-type drain separator  that brings new levels of performance and stability to air and fluid management systems. The iB-Cyclone utilizes a high-speed cyclonic system  to maintain superior water drain separation rates — even as flow rates increase. Whether your system is running at a low trickle or full capacity, its separation performance remains consistently stable . Best of all, it’s maintenance-free , as no filter element is required. The device relies on the power of centrifugal separation , using high-velocity rotational flow to efficiently remove water droplets without performance degradation. Key Advantages Superior water separation performance  across a wide range of flow conditions. Maintenance-free  operation — no replacement parts needed. Centrifugal separation mechanism  ensures stable performance and durability. Ozone-resistant and NCU (copper-free)  specifications as standard, supporting diverse industrial applications. Where It Works Best The iB-Cyclone is ideal for a variety of air and fluid management applications, including: Removing drain in sub-lines and from various equipment. Eliminating primary-side drain from filters and regulators. Pre-processing air supply before membrane dryers. Removing drain from the extremities of equipment or long piping runs. No matter the application, the iB-Cyclone ensures clean, dry air and dependable system performance. Experience Performance You Can Trust — The iB-Cyclone Way. To learn more about how the iB-Cyclone can enhance your system efficiency, contact our team or visit: https://www.koganeiasia.com/product/ib-cyclone

Boost Cleanroom Productivity with KOGANEI’s CS-MGA Clean System Cylinder. When performance and cleanliness matter most, the CS-MGA delivers. Built to meet strict Class 5–6 cleanroom standards, this compact cylinder combines ultra-low particle emission with precise motion control. 1. Low particulate contamination, making it suitable for semiconductor, pharmaceutical, food, biotech, or other cleanroom applications. 2. Wide Range of Sizes with Precision and Compactness With bore sizes ranging from φ4.5 to φ20, the CS-MGA offers the flexibility to fit your cleanroom application — from semiconductor assembly to pharmaceutical production. Choose the CS-MGA series for smoother operations, lower maintenance, and confidence in every motion. Keep your processes cleaner, safer, and more productive. Learn More: https://www.koganeiasia.com/product/clean-room-mini-guide-slider-cs-mga