What is αSTEP?
Since it's launch, the αSTEP has been used in a wide range of industries and applications including factory automation (FA), semiconductors, electronic component manufacturing equipment and medical equipment. The demand for motors is diversifying as automation, which replaces human work, accelerates at an unprecedented rate. αSTEP is a product that keeps up with the changing times to continue to meet the needs of customers.
What is αSTEP? Industry examples Meeting the needs of robotics Line up
Meeting the needs of robotics
In recent years, against the background of a shortage of human resources and other factors, there has been a growing need for automation whereby "robots replace human work'. The AZ series of αSTEP robots responds to the need for miniaturised, self-made robots by leveraging the strengths of its battery-free absolute system and compact control motors.
Mechanical multi-turn absolute sensors reduce the number of sensors and are battery-less.
External sensors are not required for αSTEP AZ series as they are built in the stepping motor itself. This contributes to a compact configuration with reduced wiring. The AZ Series uses the mechanical multi-turn absolute sensor [ABZO], so position information is retained even if power supply is being cut off during positioning operation due to an emergency stop or power failure. The mechanical system does not require a battery for data retention. There is no need to worry about battery purchase costs, trouble during operation or maintenance periods. In addition, the motors of the AZ series themselves take the place of sensors and can convert the robot's status into numerical values. |
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Click here for features of AZ Series |
Monitor robot status for optimum control
Lower torque
The output torque can be limited, preventing damage to the mechanism or motor. In addition, a TLC signal is generated when the set limit value is reached, which can be detected and used on the PLC side.
Using torque and position information, it is possible to detect predictive errors before an alarm. A system can also be constructed in which the output signal is taken to a higher level and stopped immediately. | Signals can be input based on information from external sources, such as area sensors, to switch to pre-set torques and speeds for operation. |
A variety of motor status can be monitored and collected
Some of the feedbacked status can output a signal when a pre-set threshold is reached. This can be used to improve equipment safety and preventative maintenance.
The robot motor temperature can be monitored in real time. | The load rate of the motor can be monitored in terms of area and detected as a value. This is useful for monitoring long-term load changes such as age-related deterioration. | The accumulated number of motor revolutions can be monitored. This can be used for maintenance, etc. |
Compact and lightweight line-up to reduce the load on the tip of the robot mechanism
A wide range of compact and lightweight motors and actuators are available. They contribute to downsizing the robot and reducing the load on each arm axis when used in end-effectors.
Click here for features of AZ Series-DC Power Input | Click here for features of EH Series-Electric Gripper |
Click here for features of AZ Series-Mini Driver |
Global support overseas standards We have a lineup of voltage specifications for single-phase 100V / 200V, three-phase 200V, and DC power input so that they can be used in major countries around the world. Each series has obtained UL / CSA standard certification, is EN standard compliant, and has CE marking. |
Delivered from one unit on various channels You can order from one prototype by WEB shop, phone, or email. Please contact us for mass production. You can also purchase overseas. Click here for more info |
For Singapore: 1800-842-0280
For Malaysia: +60-3-22875778
For Thailand: 1800-888-881
For Other countries: +65-6745-7344
Operating Hours
Mon - Fri: 8:45 AM - 5:45 PM (SGT)
Sat/Sun/Public Holiday: Closed