News

How It Works A ball screw linear module converts rotary motion into linear motion using a ball screw, supported by an lm guide and linear guide rail structure. Rolling contact minimizes friction and i […]

1. Mechanical Stability Over Time OEM engineers look beyond nominal accuracy and focus on: A linear module that looks precise on day one but drifts after six months creates downstream risk for the OEM […]

H1: Real Stories from Integrators: How W-Robot Modules and Ball Screw Drives Simplify Complex Automation Projects For system integrators, the “perfect” design often collapses under the wei […]

From “Uncontrollable” to “Fully Controllable”: The Core Value of Electric Grippers If traditional air grippers solved the problem of “whether” you can grip, electri […]

2007–2010: Starting from the Shop Floor, Not the Sales Office W-ROBOT did not start as a catalog company. In its early years, the team worked directly with: Most early projects focused on linear guide […]

Diagnosing the Source: Common Causes of Noise and Vibration Noise and vibration are rarely caused by a single factor. They are typically the result of issues related to component selection, installati […]

Ball Screw vs. Belt Drive: Technical Maintenance Demands Understanding the mechanical differences between drive types is the first step in effective maintenance. A ball screw delivers immense thrust a […]

I. Technical Deep Dive: Connection and Configuration Essentials for Different Drive Modules wlbrobot linear modules are primarily supported by a linear guide rail and lm guide, but their drive core di […]

1. IP Ratings Define Environmental Limits, Not Product Quality What IP Ratings Actually Protect An IP rating describes protection against: However, an important clarification: IP ratings apply to the […]