Robotic mechanisms
Send the required movement, load, available space and transmission layout. Describe direction changes, stopping and feedback needs so the motor and gearbox can be reviewed without assuming a positioning specification.
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DC Motors & Gear Motors for Automation Equipment
Select the output required by the mechanism, then review the motor and gearbox configuration together. Related source applications include robotic mechanisms, conveyors, feeding equipment and lifting systems.
Connect Motor Output to the Mechanism
An automation project should define the motion at the output: speed, load, direction changes, duty and stopping behavior. The motor and gearbox are then reviewed against that requirement. The related range includes direct-drive and geared platforms, while the actual reduction ratio, feedback interface and mechanical drawing must be confirmed for the selected assembly.
Equipment and Drive Requirements
Conveyors and feeding systems
Provide the driven roller or mechanism details, running load, starting conditions and run/rest sequence. Review the motor’s working point and gearbox output against the full transmission.
Lifting and actuated mechanisms
Describe the load path, movement and holding or braking requirements of the complete equipment. A gearbox type alone does not establish a safe load-holding capability.
Small equipment automation
Compact automation modules may combine a motor, transmission and sensing. Share the interface drawing, control approach and required output behavior to identify a suitable platform for project evaluation.
What to Define Before Selecting a Motor
Output load and reduction ratio
State speed and torque at the required output, including starting and direction changes. Keep values tied to the same ratio and configuration; a series-wide min/max range does not describe one assembly.
Control and feedback
Describe the controller, speed or position objective and any feedback interface. Confirm availability and compatibility for the selected configuration rather than assuming every motor includes a sensor or driver.
Gearbox and mounting envelope
Review the complete assembly length, flange, shaft and fixing points. Gearbox length may vary with the reduction ratio, so the selected drawing should govern installation approval.
Duty and mechanism testing
Provide operating cycles, load changes and the installed environment. Evaluate the proposed assembly in the real mechanism and agree the configuration, drawing revision and acceptance requirements before production.
Related Motor Series
Compare the complete configuration, dimensions and operating point before selecting a motor for your mechanism.
DC Gear Motor
22JX180
- Motor Size
- Ø22 mm gearboxGearbox length 13–28 mm by ratio; gearbox only.
- Torque Range
- 0.01–1 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Feeding mechanisms
Brushless DC Motor
23mm Brushless Outrunner
- Motor Size
- Ø23 × 23.3 mmBody, excluding shaft; confirm order code and drawing.
- Torque Range
- Configuration-dependentContact us for specifications.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Drone propulsion systems / Robotic equipment / Precision machinery
Details to confirm
Specifications & drawings →
DC Gear Motor
24JX280
- Motor Size
- Ø24 mm gearboxGearbox length 22–45 mm by ratio; gearbox only.
- Torque Range
- 0.01–2 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Smart locking mechanisms / Vending mechanisms
DC Gear Motor
24JX370
- Motor Size
- Ø24 mm gearboxLength by selected ratio; gearbox only.
- Torque Range
- 0.01–2 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Smart locking mechanisms / Vending mechanisms
Brushless DC Motor
28mm Brushless Outrunner
- Motor Size
- Ø28 × 38.5 mmBody, excluding shaft; confirm order code and drawing.
- Torque Range
- Configuration-dependentContact us for specifications.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Micro-drone propulsion systems / Robotic equipment / Precision medical equipment
Details to confirm
Specifications & drawings →
DC Gear Motor
30JX395
- Motor Size
- Ø30 mm gearboxGearbox length 28–64 mm by ratio; gearbox only.
- Torque Range
- 0.02–8 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Vending mechanisms / Conveyors
Brushless DC Motor
3650BL
- Motor Size
- Ø36 × 50 mmMotor body, excluding shaft.
- Torque Range
- 0.021–0.022 N·mPublished on-load points; across winding configurations.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Compact fans / Pumps / Small automation modules
DC Gear Motor
37FG555
- Motor Size
- Ø37 mm gearboxGearbox length 25.5–35.5 mm by ratio; gearbox only.
- Torque Range
- 0.08–2 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Automation equipment
DC Gear Motor
37R3650BL
- Motor Size
- Ø37 mm gearboxGearbox length 25.5–35.5 mm by ratio; gearbox only.
- Torque Range
- 0.15–2 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Valve actuators / Pump drives
DC Gear Motor
37RGB555
- Motor Size
- Ø37 mm gearboxGearbox length 25.5–35.5 mm by ratio; gearbox only.
- Torque Range
- 0.06–2 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms
DC Gear Motor
38JX545
- Motor Size
- Ø38 mm gearboxGearbox length 28.2–64 mm by ratio; gearbox only.
- Torque Range
- 0.06–8 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms
DC Gear Motor
42GA38S
- Motor Size
- Ø42 mm gearboxGearbox length 25.7–32.7 mm by ratio; gearbox only.
- Torque Range
- 0.05–2.5 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Conveyors / Lifting mechanisms
DC Gear Motor
42GA775
- Motor Size
- Ø42 mm gearboxGearbox length 25.7–32.7 mm by ratio; gearbox only.
- Torque Range
- 0.22–2.5 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Conveyors / Lifting mechanisms
DC Gear Motor
42GB775
- Motor Size
- Ø42 mm gearboxGearbox length 25.7–36 mm by ratio; gearbox only.
- Torque Range
- 0.34–2.5 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Conveyors / Lifting mechanisms
DC Gear Motor
42JX775
- Motor Size
- Ø42 mm gearboxGearbox length 29.7–71.5 mm by ratio; gearbox only.
- Torque Range
- 0.27–12 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms
Details to confirm
Specifications & drawings →
DC Gear Motor
45JX775
- Motor Size
- Ø45 mm gearboxGearbox length 29.7–71.5 mm by ratio; gearbox only.
- Torque Range
- 0.29–12 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Valve actuators / Conveyors
DC Gear Motor
50GB38S
- Motor Size
- Ø50 mm gearboxGearbox length 24.3–35.8 mm by ratio; gearbox only.
- Torque Range
- 0.21–2.5 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Conveyors / Lifting mechanisms
DC Gear Motor
50GB555
- Motor Size
- Ø50 mm gearboxGearbox length 24.3–35.8 mm by ratio; gearbox only.
- Torque Range
- 0.26–2.5 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Conveyors / Feeding mechanisms
DC Gear Motor
50JX50S
- Motor Size
- Ø50 mm gearboxGearbox length 43–100 mm by ratio; gearbox only.
- Torque Range
- 0.36–20 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Valve actuators / Conveyors / Lifting mechanisms
Brushless DC Motor
5775BL
- Motor Size
- Ø57 × 75 mmMotor body, excluding shaft.
- Torque Range
- 0.216–0.233 N·mPublished on-load points; across winding configurations.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Fans / Pumps / Automation equipment
DC Gear Motor
57JX5795BL
- Motor Size
- Ø57 mm gearboxGearbox length 38.3–95 mm by ratio; gearbox only.
- Torque Range
- 0.67–25.4 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Valve actuators / Conveyors / Lifting mechanisms
DC Gear Motor
60GA50S
- Motor Size
- Ø60 mm gearboxGearbox length 28.5–40 mm by ratio; gearbox only.
- Torque Range
- 0.94–10 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Conveyors / Lifting mechanisms / Feeding mechanisms
DC Gear Motor
60GB775
- Motor Size
- Ø60 mm gearboxGearbox length 28.5–40 mm by ratio; gearbox only.
- Torque Range
- 0.47–10 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Conveyors / Lifting mechanisms
DC Gear Motor
60JX63126
- Motor Size
- Ø60 mm gearboxGearbox length 30.8–87.5 mm by ratio; gearbox only.
- Torque Range
- 0.62–20 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Lifting mechanisms
DC Gear Motor
3246WG370
- Motor Size
- 46 × 32 mm gearboxGearbox outline only; assembly length by configuration.
- Torque Range
- 0.06–2 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Valve actuators / Lifting mechanisms
DC Gear Motor
4058WG31S
- Motor Size
- 58.1 × 40 mm gearboxGearbox outline only; assembly length by configuration.
- Torque Range
- 0.18–3 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Conveyors / Lifting mechanisms / Gate and door automation
DC Gear Motor
4058WG395
- Motor Size
- 58 × 40 mm gearboxGearbox outline only; assembly length by configuration.
- Torque Range
- 0.15–3 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Conveyors / Lifting mechanisms / Gate and door automation
DC Gear Motor
5883WG45S
- Motor Size
- 83 × 58 mm gearboxGearbox outline only; assembly length by configuration.
- Torque Range
- 0.54–15 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Conveyors / Lifting mechanisms
DC Gear Motor
N20
- Motor Size
- Configuration-dependentContact us for the matching drawing.
- Torque Range
- 0.001–0.213 N·mPublished on-load points; varies by gear ratio.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Robotic mechanisms / Medical equipment / Smart-home equipment
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Questions from OEM Equipment Buyers
Can I select a gear motor from its reduction ratio alone?
The ratio is only one part of selection. Send the required output speed and load, duty, installation and control requirements, then compare the matching motor-and-gearbox configuration.
Does a worm gearbox automatically hold the load when power is removed?
Do not assume load holding or self-locking from the gearbox name. State the holding, braking and safety requirements of the equipment so the complete mechanism can be reviewed.
Are encoder and control interfaces the same across the range?
No. Feedback and drive arrangements depend on the selected series and configuration. Provide the intended controller and required signals, and request the matching interface information.
Bring us the motor requirement for your next product.
Send your preferred model or the working point, installation drawing and expected quantity.
- Supply voltage, loaded speed and torque
- Shaft, mounting and installation requirements
- Sample quantity and expected project demand
A drawing, reference motor or application brief is a useful starting point.
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