Why Does XQ-POWER Focus on Gear Strength and Gear Design?
Because the gear train is the mechanical path between the motor and the output shaft. It must transmit torque, support […]
Gear material and strength, output shafts, bearings, backlash, splines, brakes and the mechanical design trade-offs behind servo durability.
Because the gear train is the mechanical path between the motor and the output shaft. It must transmit torque, support […]
The output shaft is a critical part of the torque path between a servo and the mechanism it drives. However,
An XQ-POWER servo housing may participate in a robot’s mechanical structure when the material, housing geometry, mounting ears, fasteners, mounting
Direct answer: XQ-POWER servo gears do not automatically chip or fracture when a robot jumps or lands. A correctly selected
Direct answer: XQ-POWER servo gears do not automatically break whenever a robot experiences a high peak impact. However, a jump
How to Prevent Gear Stripping in High-Frequency Industrial Servos? In industrial automation, robotic joints, and AGV steering systems, servos often
Last month, a Tier-1 automotive integrator approached us with a recurring failure: their high-speed pick-and-place robot arm was losing 1.2°
A servo linkage design looks simple on the CAD screen — a rod, two ball joints, done. But the integrator
Servo spline standards catch more industrial integrators off guard than any other mechanical spec. A factory in Shenzhen called us
Servo Bearing ABEC Ratings — Ball Bearings vs Bushings Servo bearing ABEC ratings rarely come up when engineers shop for