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High Quality Grade Rodless Guide Large Pneumatic Cylinder Manufacturers

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precise Linear Motion: Designed to deliver smooth, high-speed linear movement with minimal friction, leveraging pneumatic power and ball-bearing technology for accurate positioning in automated systems.
  • Rodless Guide System: Eliminates the need for external guides by integrating the piston mechanism within the cylinder body, enabling compact and efficient operation in machinery and robotics applications.

Key features

  • 1. Durable Aluminum Construction for Lightweight Reliability

  • With an aluminum body, you can ensure corrosion resistance and reduced weight compared to steel alternatives, simplifying installation and maintenance in industrial environments*.

  • 2. Rodless Design with Integrated Ball Bearings for Space Efficiency

  • With a rodless structure and ball bearings, you can achieve smooth, low-friction motion while saving space compared to traditional rod-style cylinders, ideal for compact machinery setups*.

  • 3. Customizable Stroke Lengths for Versatile Applications

  • With stroke lengths ranging up to 2000mm, you can accommodate diverse industrial needs more flexibly than standard cylinders limited to shorter ranges*.

  • 4. Precision Engineering for High-Performance Automation

  • Designed for industrial automation, this system provides precise linear motion ideal for high-speed assembly lines or robotic arms, enhancing operational efficiency compared to less accurate systems*.

  • 5. Safety-Compliant Certification for Global Use

  • With EN ISO 12100 certification, you can ensure compliance with international safety standards for machinery, meeting regulatory requirements in global markets*.

Product details

High Quality Grade Rodless Guide Large Pneumatic Cylinder Manufacturers

The High Quality Grade Rodless Guide Large Pneumatic Cylinder is a precision-engineered linear motion solution designed for applications requiring smooth, reliable, and customizable linear movement. Built with aluminum alloy for durability and lightweight performance, it meets EN ISO 12100 safety standards and offers a wide range of stroke lengths (40mm to 2000mm) and shaft diameters (16mm to 250mm) to suit diverse industrial needs.

Technical specifications

FeatureSpecificationBenefit
Body MaterialAluminum alloyLightweight, corrosion-resistant, and durable
CertificationEN ISO 12100Ensures compliance with international safety standards
Maximum Stroke40mm–2000mm (customizable)Flexible range for varied application needs
Power TypePneumaticEfficient and cost-effective energy source
Shaft Diameter16mm–250mm (customizable)Supports precise load handling and alignment
StructurePiston-based pneumatic systemEnsures smooth, backlash-free motion
Weight1 unit (varies by model)Compact design for easy integration
Motion PrecisionAnti-backlash designMinimizes positional errors for accuracy

Customization guide

Adjustable stroke lengths (40mm–2000mm) and shaft diameters (16mm–250mm) allow customization to meet specific load, space, or speed requirements. The modular design supports easy integration into existing systems or bespoke automation setups.

Get inspired

With its adaptable stroke range and robust aluminum construction, this cylinder is ideal for robotics, assembly lines, or material handling systems. Pair it with a Pro Model for heavy-duty applications or a Base Model for compact setups.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Stroke500mm1000mm2000mm
Shaft Diameter25mm50mm100mm
Load Capacity500kg1000kg2000kg
EfficiencyStandard15% faster30% faster*

Supplier's note

  1. Technical Breakthroughs:

    • Aluminum Alloy Construction: Reduces weight by 30% compared to steel, enabling easier installation in space-constrained environments.
    • EN ISO 12100 Compliance: Ensures safe operation in high-risk industrial settings.
    • Modular Design: Allows rapid configuration for custom stroke lengths, cutting downtime by up to 20%.
  2. Optimal Version Selection:

    • Base Model: Ideal for light-to-medium duty applications (e.g., automated packaging lines) where cost efficiency is prioritized.
    • Advanced Model: Suitable for medium-heavy loads (e.g., robotic arms) requiring faster cycle times.
    • Pro Model: Designed for heavy industrial use (e.g., automotive assembly) with triple the load capacity of industry benchmarks. Its 100mm shaft diameter ensures stability even under extreme stress.

*Performance gains compared to traditional pneumatic cylinders.

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
MaterialCorrosive environments, lightweight applications- Industry Standard: Steel (ISO 3506)
- Our Base: Aluminum alloy EN AW-6061 (EN ISO 12100)
- Our Advanced: Aluminum-composite hybrid (ASTM B250)
▲ Lighter than steel (reduces load requirements)
▲ Corrosion resistance (EN ISO 12100 compliance)
▲ Base: 10% lower load capacity than steel
▲ Advanced: 20% cost premium vs steel
Maximum Stroke LengthLarge-scale automation, robotic arms- Industry Standard: Up to 1,500mm (ISO 15552)
- Our Base: 2,000mm (per customer specs)
- Our Advanced: 2,500mm (customizable)
▲ Extended reach for long assembly lines (2,000mm)
▲ Customizable lengths for specialized machinery
▲ Base: Requires more space
▲ Advanced: Higher installation complexity
Shaft DiameterHigh-load applications, precision tools- Industry Standard: Up to 80mm (ISO 4401)
- Our Base: Up to 100mm (ISO 4401)
- Our Advanced: Up to 250mm (custom tolerance)
▲ Supports heavier payloads (100mm shaft)
▲ Precision tolerances (±0.01mm) for critical machinery
▲ Base: Limited to standard diameters
▲ Advanced: Requires specialized mounting brackets
CertificationSafety-critical industries- Industry Standard: ISO 9001
- Our Base: EN ISO 12100 (safety of machinery)
- Our Advanced: EN ISO 12100 + ISO 14001 (environmental management)
▲ Compliance with EU machinery safety regulations
▲ Advanced: Meets global environmental standards
▲ Base: No environmental certifications
▲ Advanced: Longer certification process
WeightPortable equipment, mobile robotics- Industry Standard: 1.5kg (steel-based)
- Our Base: 1.0kg (aluminum)
- Our Advanced: 0.8kg (composite)
▲ 33% lighter than steel (eases portability)
▲ Advanced: Reduces energy consumption in mobile systems
▲ Base: Sacrifices minor load capacity
▲ Advanced: Fragile under extreme impacts
Structural DesignHigh-speed applications, repetitive motion- Industry Standard: Solid piston
- Our Base: Hollow piston (reduces inertia)
- Our Advanced: Dual-chamber piston (ISO 15552)
▲ 20% faster acceleration (hollow design)
▲ Advanced: 30% longer lifespan under cyclic loads
▲ Base: Higher maintenance frequency
▲ Advanced: Complex maintenance protocols

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