MGP Series Thin Compact Guide Rod Cylinder | High Rigid Non-Rotation Pneumatic Cylinder

Brand: SOLH by Richge Technology

Product Overview & Structural Features

     The SOLH MGP series is a high-rigidity thin-type dual guide rod cylinder integrating a cylinder body, dual guide rods and precision bearings. Featuring built-in anti-torsion performance and strong lateral load resistance, it requires no external guiding mechanism. With a flat ultra-thin body and lightweight design (weight reduced by 17%~24% compared with conventional cylinders), it perfectly fits compact automation layouts for pressing, positioning, lifting and workpiece transferring scenarios. Three interchangeable bearing types cover heavy-duty, high-speed and ultra-precision working conditions, realizing full-scene universal linear driving solutions.

Core Structural Advantages

• Coaxial Dual Guide Rod Design: The piston and dual guide rods adopt integrated coaxial layout to ensure synchronous operation, effectively eliminating deflection and torsion during movement and greatly improving overall rigidity and stability.

• Optional Multi-Type Buffering: Standard dual-end rubber buffers for conventional stable operation; optional air cushion buffer (AZ type, available for bore ≥20mm) to eliminate rigid impact during high-speed and heavy-load cyclic motion.

• Ultra-Thin Lightweight Body: Optimized flat thin structure saves installation space and reduces overall equipment weight, suitable for highly integrated compact automated equipment design.

• Built-In Magnetic Groove: Reserved guide rod groove for direct magnetic switch installation without extra brackets, enabling simple and neat position signal feedback configuration.

Three Core Sub-Series (Bearing Classification & Key Selection Basis)

     The MGP series is divided into three sub-models based on internal bearing structures, covering low-friction high-speed, wear-resistant heavy-duty and zero-clearance ultra-precision scenarios, which is the core basis for quick model selection.

Complete Model Naming Rules

Model Example: MGPM20-50Z-M9B

1.Code Segment Definition

• Series Code: MGP + bearing suffix (M/L/A), representing thin-type dual guide rod cylinder with different bearing configurations

• Bore Size: 12/16/20/25/32/40/50/63/80/100 (mm, full industrial standard specifications)

• Stroke Length: 5/10/15/20/25/30/40/50/75/100/125/150/200/250/300mm (standard full stroke range)

• Buffer & Magnetic Ring Configuration

￮ Z: Standard type, dual-end rubber buffer + built-in magnetic ring, compatible with magnetic switch installation

￮ AZ: Air cushion buffer type (only for bore ≥20mm), effectively resists impact during high-speed and heavy-load operation

￮ No suffix: Without magnetic ring, magnetic switch cannot be installed

• Magnetic Switch: Optional M9B, A93, D-M9N and other models, directly installed in guide rod grooves without mounting brackets

2.Typical Order Examples

• MGPM20-50Z: 20mm bore, 50mm stroke, sliding bearing, standard rubber buffer with magnetic ring

• MGPL25-100Z-A93: 25mm bore, 100mm stroke, ball bearing high-speed type, with A93 magnetic switch

• MGPA32-75AZ: 32mm bore, 75mm stroke, high-precision bearing, air cushion buffer for high-precision anti-impact operation

General Core Technical Parameters

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

• Operation Mode: Double-acting reciprocating motion

• Working Pressure Range: 0.12~1.0MPa; Minimum starting pressure: 0.1MPa

• Proof Pressure: 1.5MPa

• Ambient Temperature: -10℃~60℃ (ice-free environment required)

• Operating Speed: 50~500mm/s (MGPL max 500mm/s; MGPM/MGPA max 400mm/s)

• Buffer Mode: Standard dual-end rubber buffer; air cushion buffer optional for bore 20~100mm

• Non-Rotation Accuracy: MGPM ±0.05~0.07mm; MGPL ±0.03~0.05mm; MGPA ±0.01mm

Port Size Specification

• Bore 12/16mm: M5×0.8

• Bore 20/25/32mm: PT1/8

• Bore 40/50mm: PT1/4

• Bore 63/80/100mm: PT3/8

Theoretical Thrust & Tension Data (@0.5MPa, Unit: N)

One-Sentence Quick Selection Guidelines

1. Bearing Model Selection: Choose MGPM for heavy-load, wear-resistant and dusty environments; choose MGPL for high-speed, low-friction and frequent cycling; choose MGPA for ultra-precision positioning and high-repeat accuracy demands.

2. Magnetic Ring Configuration: Select Z suffix for equipment requiring position detection and signal feedback; choose non-Z basic type if no switch function is needed.

3. Buffer Mode Selection: Adopt AZ air cushion buffer for high-speed, long-stroke and large-impact working conditions; standard rubber buffer is applicable for conventional general scenarios.

4. Bore & Stroke Matching: Select appropriate bore size according to actual load and thrust requirements; standard stroke range is 5~300mm to meet most industrial automation demands.

Typical Application Scenarios

• Electronic Automation: PCB board positioning, component pressing, micro-module lifting and precise assembly of electronic parts.

• Precision Detection Equipment: Detection probe lifting, workpiece positioning and clamping, high-precision fitting and calibration.

• Packaging & Logistics Machinery: Workpiece short-distance transferring, material jacking and positioning, stable reciprocating feeding action.

• General Industrial Automation: Compact equipment limiting positioning, stamping auxiliary pressing, low-speed heavy-duty cyclic operation in dusty workshops.

One Sentence Summary

     SOLH MGP series thin compact guide rod cylinder integrates three bearing configurations to cover heavy-duty, high-speed and ultra-precision scenarios, featuring high rigidity, strong lateral load resistance and space-saving design, serving as the most versatile universal dual-guide linear driving cylinder for industrial automation.