Differences abound between traditional rack and pinion twin drives, split-pinion-based designs, and roller-pinion systems. Tony Kliber • Lead Project Engineer • Precision Automation Components • Nexen ...

Key points: • Consider supports, guides, drives, and seals when designing a linear system. Know your precision, repeatability, loading, and environmental requirements before starting linear-system ...

Shenzhen Qitian Artificial Intelligence Technology Co., Ltd. applied for a patent titled "A High-Precision Linear Motion DC Drive System for Aerospace and Its Control Method" in July 2025, with ...

The Precision Motion Drive System from Amacoil consists of a Model RG rolling ring linear drive integrated with a motion controller. The drive is fully programmable and meets application requirements ...

One of the most common motion applications in automated machinery is linear motion due to its precision capabilities. Guide wheels are often critical to the dependability of such systems, especially ...

The value of linear guides is first reflected in their enhancement of motion precision. Traditional sliding guides can wear down over long-term operation due to friction, leading to decreased ...

CoboMover solves work envelope challenges for collaborative robots and small tabletop robots while maintaining repeatability, ...

From material handling and automated assembly lines to packaging and process automation, norelem’s actuators provide reliable ...

For manufacturers dealing with high precision, granite-based, multi-axis motion systems, two primary choices exist. One option involves designing a motion system where the granite base becomes an ...

Industrial solutions provider BMG has expanded its portfolio of motion control technologies with the introduction of Rollon linear guidance systems, designed for high efficiency in many industries, ...