Miniature Linear Guide Slide MGN15C Precision Linear Guide Bearing Steel Ball Slide
The ZLV Miniature Linear Guide Slide MGN15C, made from premium bearing steel, stands out as a superior quality precision component designed to deliver exceptional performance in a range of applications. This high-performance linear guide provides the ability to bear multi-directional loads with enhanced rigidity and precision.
The MGN15C Linear Guide consists of a steel rail, a steel ball, and a slider, all of which are manufactured with a commitment to quality and precision. The guide has a compact design, ensuring suitability for miniaturized devices. The distinctive steel ball retainer design ensures interchangeability where precision permits.
Specifications
| Category | Parameter | Value |
|---|---|---|
| Dimensions | Total Height (H) | 16mm |
| Rail Width (WR) | 15mm | |
| Slider Width (W) | 32mm | |
| Fastening | Slide Rail Fixing Screw(mm) | m3*4 |
| Load and Weight | Rail Load (C/KN) | 4.61 C/KN |
| Slide Weight (KG/PCS) | 0.059kg/pcs | |
| Rail Weight (KG/M) | 1.06kg/m | |
| Pricing | Guide Rail Price (USD) | $15 |
| Slider Price (USD) | $3 |
Features and Advantages
- Compact and Lightweight: Designed with miniaturization in mind, this linear guide is compact and lightweight, making it a perfect fit for small-scale devices.
- Four-point Contact Design: This design allows the linear guide to withstand loads from all directions, enhancing its rigidity and precision.
- Interchangeability: The unique steel ball retainer design provides the advantage of interchangeability in permitted precision levels.
Applications
This high-precision linear guide has a wide array of applications, such as semiconductor manufacturing equipment, printed circuit board IC assembly equipment, medical devices, robotic arms, precision measurement instruments, and office automation equipment. It guarantees high reliability and performance in all these applications. The ZLV Miniature Linear Guide Slide MGN15C is undoubtedly the ideal choice for those who prioritize quality, precision, and efficiency.
