Sizing & Selection

Sizing & Selection

Buyers Guide: Sizing Reducers for Variable Loads

This guide explains how to evaluate torque peaks, duty cycles, and thermal limits. It covers the criteria needed to choose a reducer that handles variable loads without

Sizing & Selection

Outlook: Compact Reducers in High Speed Drives

Compact reducer selection for high speed drives is shifting toward tighter clearances, higher dynamic loads, and integrated sensing. Buyers should plan for smaller

Sizing & Selection

Troubleshooting Torque Mismatch in Speed Reducers

Torque mismatch occurs when selected reducers do not match actual load demands. Check your speed reducer sizing calculations against peak torque requirements and verify

Sizing & Selection

How to Match Gear Ratio to Motor Power Curve

Match the output speed to the motor's torque and power curve. Use gear ratio calculation to keep the motor operating within its rated torque band. This process prevents

Sizing & Selection

Explainer: Backdriving in Worm Gear Reducers

Backdriving occurs when the load pushes motion through the worm gear. Worm gears often resist this motion due to high friction. Understanding this behavior helps

Sizing & Selection

Buyers Guide: Selecting High Ratio Worm Reducers

Choosing a worm reducer requires matching reduction ratio to torque demands and verifying thermal limits for your duty cycle. This guide outlines the key specifications

Sizing & Selection

Outlook: Digital Twin Adoption in Reducer Design

A digital twin is a virtual model that mirrors a physical reducer. It shifts development from late-stage hardware testing to early simulation. Buyers should plan for

Sizing & Selection

Fixing Reducer Torque Spikes in VFD Drives

Torque spikes in variable speed drives usually trace back to VFD parameter drift, mechanical misalignment, or resonance. This article helps you identify symptoms, adjust

Sizing & Selection

Buyers Guide: Selecting Planetary Reducers for Robotics

Selecting the right planetary reducer for robotics requires matching torque output, service factor, and duty cycle to the specific arm movements. This guide outlines the

Sizing & Selection

Explainer: How Duty Cycle Affects Gearbox Selection

Duty cycle dictates how a gearbox handles intermittent versus continuous loads. This explainer shows how to match service factors and sizing parameters to actual

Sizing & Selection

How to Calculate Service Factor for Cyclic Loads

A service factor calculation for cyclic loads accounts for intermittent peaks and variable duty. Engineers use a step-by-step method to size the gearbox correctly.

Sizing & Selection

Cost Lead Time: Custom vs Standard Worm Gears

Custom and standard worm gear units differ in price and delivery. Custom units cost more and take longer due to design and testing. Standard units offer faster delivery