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Electric linear actuators
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Electric cylinder / with servo-motor - 100 - 1 500 mm, max. 105.5 N, max. 5 m/s | ACT115DL series
The ACT115DL Linear Actuator from AEROTECH is linear-servomotor-driven actuator capable of travel range from 100mm to 1.5m with acceleration up to 3g...
Electric cylinder / with servo-motor - 100 - 1 500 mm, max. 105.5 N, max. 5 m/s | ACT115DL series
The ACT115DL Linear Actuator from AEROTECH is linear-servomotor-driven actuator capable of travel range from 100mm to 1.5m with acceleration up to 3g and velocity at 5m/s maximum. More precise and low maintenance than a ball screw or belt-drive, the ACT115DL is a cost-efficient actuator that uses an integrated preassembled mechanical system in a modular design, doing away with complex time-delaying operation. Its powerful upper limit force output of 105.5N makes it ideal of applications in electronic assembly, pick and place machines, packaging, image scanning and processing, and printing.
Electric cylinder / with servo-motor - 100 - 1 500 mm, max. 173.2 N, max. 5 m/s | ACT140DL series
The ACT140DL are AEROTECH'S linear actuator units that furnish industrial machinery with a cog-free, highly efficient and stable equipment for their industrial applications.
Utilizing...
Utilizing...
Electric cylinder / with servo-motor - 100 - 1 500 mm, max. 173.2 N, max. 5 m/s | ACT140DL series
The ACT140DL are AEROTECH'S linear actuator units that furnish industrial machinery with a cog-free, highly efficient and stable equipment for their industrial applications.
Utilizing AEROTECH'S patented linear motors together with noncontact linear optical encoders, the ACT provides a backlash-free, friction resistant, highly responsive system that yields an increased throughput. It can be easily calibrated to further increase its accuracy and repeatability. With a wide range of outputs, drives and controls, ACT offers flexibility to suit any users specifications.
ACT140DL is easy to install and assemble with different cable management options. Depending on the application, a cable solution is readily available.
Utilizing AEROTECH'S patented linear motors together with noncontact linear optical encoders, the ACT provides a backlash-free, friction resistant, highly responsive system that yields an increased throughput. It can be easily calibrated to further increase its accuracy and repeatability. With a wide range of outputs, drives and controls, ACT offers flexibility to suit any users specifications.
ACT140DL is easy to install and assemble with different cable management options. Depending on the application, a cable solution is readily available.
Electric cylinder / with servo-motor - 100 - 1 500 mm, max. 270.7 N, max. 5 m/s | ACT165DL series
The ACT165DL is a linear-servomotor-driven actuator that is suitable for implementations in electronic assembly and qualification, packaging, image scanning, assembly, dispensing, processing...
Electric cylinder / with servo-motor - 100 - 1 500 mm, max. 270.7 N, max. 5 m/s | ACT165DL series
The ACT165DL is a linear-servomotor-driven actuator that is suitable for implementations in electronic assembly and qualification, packaging, image scanning, assembly, dispensing, processing and inkjet printing, vision inspection, life sciences as well as pick and place machines.
The ACT165DL has several distinct characteristics including zero maintenance, velocity capability of up to 5 m/s, zero-cogging motor, cost-efficiency, multiple cable management options, transport span from 100 mm up to 1.5 m, quality performance, optimal subsequent force of up to 270.7 N, direct drive, enhanced throughput, noncontact optical linear encoder with micron-level repeatabilities in addition to an acceleration capacity of up to 5 g.
The ACT165DL has several distinct characteristics including zero maintenance, velocity capability of up to 5 m/s, zero-cogging motor, cost-efficiency, multiple cable management options, transport span from 100 mm up to 1.5 m, quality performance, optimal subsequent force of up to 270.7 N, direct drive, enhanced throughput, noncontact optical linear encoder with micron-level repeatabilities in addition to an acceleration capacity of up to 5 g.
Linear actuator / vacuum-compatible - 10 N, 20 - 40 mm | VAQ series
Gimatic VAQ vacuum suspensions can be operated only be vacuum.
VAQ enables automated...
VAQ enables automated...
Linear actuator / vacuum-compatible - 10 N, 20 - 40 mm | VAQ series
Gimatic VAQ vacuum suspensions can be operated only be vacuum.
VAQ enables automated...
VAQ enables automated...
Electric actuator / linear / haptic - 9 - 16.24 V, 5 - 10 ms | HA series
JOHNSON ELECTRIC's Haptic Actuators utilize solenoid platform technology to enable quick response speeds and various haptic effects using the same...
Electric actuator / linear / haptic - 9 - 16.24 V, 5 - 10 ms | HA series
JOHNSON ELECTRIC's Haptic Actuators utilize solenoid platform technology to enable quick response speeds and various haptic effects using the same actuator. The Haptic Actuators are capable of high acceleration rates for secure interaction between the machine and the operator in any given vibratory situation.
Due to their broad range of frequency responses and fast response times, the Haptic Actuators are specially ideal for sensitive frequencies and haptic effects in applications in industrial equipment, automotive, medical and business machine industries.
Due to their broad range of frequency responses and fast response times, the Haptic Actuators are specially ideal for sensitive frequencies and haptic effects in applications in industrial equipment, automotive, medical and business machine industries.
Electric actuator / linear / haptic - 12 V, 5 ms | HA series
The HA series manufactured by Johnson Electric Haptic Motors, is efficient for designers to integrate haptic feedback in their devices through the vibrations made by a rotating eccentric weight. These...
Electric actuator / linear / haptic - 12 V, 5 ms | HA series
The HA series manufactured by Johnson Electric Haptic Motors, is efficient for designers to integrate haptic feedback in their devices through the vibrations made by a rotating eccentric weight. These vibrations can be produced through motor start up, operation and braking. These Eccentric Rotating Mass (ERM) Motors have shaft and coin configurations that vary in the plane where the mass spins. This process identifies their entire mounting and package dimensions to better suit specific applications.
The equipment is perfect for operations with minimum power device as these motors have a maximum response duration for the spin to speed up and brake. Due to this, "on" and off" option of the haptic effect are more circular based on the end user.
The equipment is perfect for operations with minimum power device as these motors have a maximum response duration for the spin to speed up and brake. Due to this, "on" and off" option of the haptic effect are more circular based on the end user.