MGQ Series Compact Guide Rod Cylinder

MGQ Series Thin Compact Guide Rod Cylinder | High-Rigidity Anti-Rotation Pneumatic Cylinder

Brand: SOLH by Richge Technology

Product Overview & Core Structural Features

     The SOLH MGQ series is a thin integrated guide rod cylinder designed for space-constrained automation stations. Adopting an ultra-thin integrated guide rod structure, it delivers outstanding lateral load resistance and high-precision anti-rotation performance. Covering a full bore range from φ12mm to φ100mm, the series provides two core bearing configurations: MGQM slide bearing and MGQL ball bearing. It is widely applied for precise pushing, lifting, workpiece stopping and positioning scenarios that require compact installation, rigid guiding and zero-deflection operation.

Key Structural Advantages

• Ultra-Thin Integrated Body: The guide rods and cylinder body are integrally molded, cutting the overall thickness by 50% compared with traditional guide rod cylinders. It is the optimal choice for highly compact equipment design and space-limited installation layouts.

• Dual-Guide High Rigidity Structure: Symmetrical dual guide rod support greatly enhances lateral load resistance, with side load capacity more than twice that of ordinary stopper cylinders. It effectively resists bending and torsion, adapting to eccentric load and impact working conditions.

• Class-Leading Anti-Rotation Accuracy: MGQL ball bearing type achieves ultra-high non-rotation accuracy of ±0.04°~±0.08° (higher precision with larger bore); MGQM slide bearing type offers stable positioning accuracy of ±0.05°~±0.10°, meeting diverse precision positioning demands.

• Dual Bearing Configuration for Full Scenarios: Slide bearing (MGQM) for heavy-load, dusty and harsh environments with low cost; ball bearing (MGQL) for ultra-smooth low-friction movement and high-frequency precise cycling.

• Standard Premium Configuration: Built-in magnetic ring for magnetic switch compatibility, dual-end rubber buffers for stable operation, and oil-free maintenance-free design, suitable for clean industrial environments.

• Full Standard Specifications: Complete bore sizes from φ12mm to φ100mm, with standard stroke ranging from 25mm to 250mm, covering most medium and large load automation driving scenarios.

Complete Model Naming Rules

Model Example: MGQM32-50-M9BW-XB6

Standard Order Reference Examples

• MGQM25-30: 25mm bore, 30mm stroke, slide bearing standard type

• MGQL40-75-2M9B: 40mm bore, 75mm stroke, ball bearing type with dual magnetic switches

• MGQM50-100-XB6: 50mm bore, 100mm stroke, high-temperature resistant slide bearing model

Standard Core Technical Parameters

(Standard test conditions: 20℃ normal temperature, 0.5MPa rated pressure)

1. General Performance Parameters

• Working Pressure Range: 0.12~1.0MPa (φ12/16); 0.1~1.0MPa (φ20~100)

• Ambient Temperature: -10℃~60℃ (ice-free conventional environment); -10℃~150℃ (XB6 high-temperature version)

• Piston Operating Speed: 50~500mm/s (φ12~63); 50~400mm/s (φ80/100 large bore)

• Buffer Mode: Standard dual-end rubber buffer; optional air cushion buffer for high-impact working conditions

• Lubrication Mode: Oil-free maintenance-free operation, suitable for clean workshops

2. Theoretical Thrust Data (@0.5MPa, Unit: N)

3. Product Weight Data (50mm Stroke, Unit: kg)

MGQM vs MGQL Core Selection Comparison

Mounting Methods & Typical Application Scenarios

1. Flexible Multi-Mount Design

• Direct Body Mounting: Reserved screw holes on top, bottom and side surfaces for direct fixing; models above φ32mm feature 4-sided switch grooves for omnidirectional magnetic switch installation, enabling fast assembly and maintenance.

• Optional Auxiliary Mounting: Flange (F) and foot bracket (L) accessories are available, supporting horizontal and vertical multi-angle layout to adapt to diverse equipment structural designs.

2. Core Industrial Applications

• Conveyor Line Automation: Workpiece stopping, pallet positioning and material lifting; strong impact resistance prevents workpiece offset during high-speed conveying and limiting.

• 3C Electronic Precision Processing: PCB pin ejection, terminal crimping positioning and light workpiece translation; high anti-rotation accuracy ensures zero-deflection precision assembly.

• Packaging Machinery: Material baffle driving, silo gate switching and short-distance material pushing; ultra-thin body perfectly adapts to compact packaging equipment layout.

• General Industrial Automation: Jig lifting, part ejection and eccentric load driving; replaces traditional separate cylinder + guide rod combinations to simplify equipment structure and reduce costs.

MGQ vs MGP vs MGG Series Comprehensive Comparison

Three-Step Quick Selection Guide

1. Bore Size Selection: Calculate required thrust based on actual load; select bore size with theoretical thrust ≥ actual load × 1.5, reserving 50% safety margin to avoid overload.

2. Bearing Type Selection: Choose MGQM slide bearing for heavy-load, dusty and eccentric working conditions; choose MGQL ball bearing for high-precision positioning and high-frequency cyclic motion.

3. Functional Configuration Selection

￮ Position detection demand: Equip M9B/M9BW magnetic switches (4-sided installation available for bore ≥32mm)

￮ High-temperature environment: Select -XB6 high-temperature resistant option (max 150℃)

￮ High-impact operation: Upgrade to optional air cushion buffer (standard with rubber buffer)

One Sentence Summary

     SOLH MGQ series ultra-thin high-rigidity guide rod cylinder integrates space-saving design, strong anti-lateral load capacity and ultra-high anti-rotation accuracy, providing cost-effective and high-stability linear driving solutions for compact, precise and heavy-duty automation stopping, lifting and pushing stations.