MGN series stainless steel linear guide block with slide rail for miniature equipment

Linear Guide Block MGN Series Small Linear Slide Rail Stainless Steel Rust Proof Miniature Equipment 4 Point Contact High Rigidity Accuracy Interchangeable MGN12C MGN12H 200mm 300mm 400mm 500mm 600mm

MGN12C 600mm
£50.58
Sale price  £50.58 Regular price 
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MGN series stainless steel linear guide block with slide rail for miniature equipment

Linear Guide Block MGN Series Small Linear Slide Rail Stainless Steel Rust Proof Miniature Equipment 4 Point Contact High Rigidity Accuracy Interchangeable MGN12C MGN12H 200mm 300mm 400mm 500mm 600mm

£50.58
Sale price  £50.58 Regular price 
Model

MGN Series Small Linear Slide Stainless Steel Guide Block for Miniature Equipment

MGN series stainless steel linear guide block with slide rail for miniature equipment

The MGN series small linear slide provides a compact, reliable linear motion solution for miniaturised equipment where space is at a premium. Constructed from stainless steel, both the slider and slide rail resist rust and corrosion, making them suitable for environments where moisture or washdowns are a concern. The Gothic four-point contact design allows the block to bear loads from all directions, delivering strong rigidity and high positional accuracy. With a steel ball holder design that permits interchangeability within defined accuracy tolerances, this linear guide block simplifies maintenance and replacement. Available in MGN12C and MGN12H variants with rail lengths from 200mm to 600mm, it can be matched to a variety of load and travel requirements in automated machinery, medical devices, and precision instrumentation.

Features and Construction

MGN series stainless steel linear guide block with slide rail for miniature equipment

This linear guide block is engineered for performance in small-scale automation. Its construction and key features are detailed below.

Material and Build

The slider and slide rail are made from stainless steel, which provides inherent resistance to rust and corrosion without the need for plating or painting. The steel ball holder retains the balls in the slider, enabling easy assembly and removal while maintaining alignment during operation. This build is particularly suited to applications requiring cleanliness or exposure to humidity.

Size and Practical Fit

The MGN series is designed with a small footprint suitable for miniaturised equipment. Rail lengths range from 200mm to 600mm in 100mm increments, and two load variants are offered: MGN12C for lighter loads and MGN12H for higher load capacity. The compact slider measures approximately 12mm in width, allowing integration into tight spaces common in small assembly machines or laboratory instruments.

Uses and Placement

MGN series stainless steel linear guide block with slide rail for miniature equipment

This linear guide is intended for equipment where precise linear motion is required in a compact form factor.

Precision Automation

Ideal for pick-and-place units, 3D printers, CNC engraving machines, and micro-assembly stations where repeatable positioning accuracy and rigidity are critical. The four-point contact design helps maintain stability under varying load directions during movements.

Medical and Laboratory Equipment

Suitable for diagnostic analysers, scanning stages, or sample handling systems that require corrosion-resistant components and smooth, accurate linear travel in a compact envelope.

Benefits and Buying Value

Choosing this linear guide offers practical advantages for equipment designers and maintenance engineers.

Corrosion Resistance and Long Service Life

The stainless steel construction eliminates rust-related failure, reducing downtime and replacement frequency in damp or cleanroom environments. While exact lifespan data is not provided, the material choice inherently improves durability compared to carbon steel alternatives.

Interchangeability Simplifies Maintenance

Because the slider and rail set are interchangeable within accuracy grades, replacing a worn or damaged component is straightforward without requiring full system recalibration, provided the new set matches the original accuracy class.

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