A system integrator specializing in automated industrial equipment was developing a compact lifting platform used in an automation line for height adjustment and positioning between different workstations.
The lifting function was not designed as a high-speed main lift, but rather as a controlled vertical adjustment module, requiring stable movement, safe holding position, and simple control integration.
The customer was looking for a cost-effective and reliable geared motor solution that could ensure the platform would remain in position when power is off, without adding complex braking systems.
During the design phase, several technical challenges were identified:
Safety requirement: no back-driving
The lifting platform must not drop or slide down when power is cut off.
Low-speed, high-torque output needed
The lifting motion required slow and smooth movement, not high speed.
Limited installation space
The motor had to be compact and easy to integrate with a lead screw mechanism.
Simple control system preferred
The customer wanted to avoid additional electromagnetic brakes or complex servo systems.
Stable performance for intermittent operation
The platform would adjust height multiple times per shift, but not continuously.
After evaluating the application requirements, BG Motor recommended the worm gear geared motor from the 613 series, configured to work with a lead screw lifting mechanism.
Motor Type: Worm Gear Geared Motor
Output Speed: 3–30 RPM
Output Torque: High torque suitable for lifting adjustment
Voltage Options: DC / AC available (depending on configuration)
Key Feature: Self-locking worm gear structure
Self-locking function
The worm gear structure prevents back-driving, ensuring the lifting platform stays in position when power is off.
Smooth low-speed output
Ideal for controlled vertical movement and precise height adjustment.
Compact and integrated design
Easy to mount directly to the lead screw or lifting mechanism.
No additional brake required
Reduces system complexity, cost, and maintenance requirements.
After installation and testing, the customer reported:
Stable and smooth lifting movement
No platform sliding when power is off
Reduced system complexity due to elimination of braking components
Reliable performance during repeated adjustment cycles
The solution met all functional and safety requirements of the automated lifting system.
BACK
BG Motor insisting on producing the best quality motors for our customers.
简体中文
English
Français
Deutsch
español
Italiano
한어
