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  • Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots
  • Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots
  • Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots
  • Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots
  • Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots
  • Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots
Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots
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Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots

$17.00-$58.00/ Piece|5 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 2000 pieces)
Customized packaging(Min.Order: 2000 pieces)
Graphic customization(Min.Order: 2000 pieces)

Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Gripping: Designed to securely grasp and release objects via pneumatic power, enabling high-precision handling in automation processes.
  • Linear Motion Adaptation: Equipped with a parallel two-finger structure, ideal for use with injection robots in assembly lines or robotic arms, ensuring stable object manipulation.

Key features

  • 1. Durable & Lightweight Material Technology

  • With a steel and aluminum alloy body, ensure durability and lightweight design compared to all-steel grippers*. The combination of materials reduces weight while maintaining structural integrity for long-term use in industrial settings.

  • 2. Precise Interactive Design

  • With a two-finger pneumatic design, achieve precise gripping and release with multi-position adjustments*. The symmetrical arms allow customizable positioning, outperforming rigid single-finger grippers in adaptability*.

  • 3. High-Performance Pneumatic Power

  • With pneumatic power, achieve rapid operation speeds (~20% faster than electric grippers*) for efficient automation workflows. Ideal for high-throughput applications requiring quick response times*.

  • 4. Modular Scenario Solutions

  • With modular mounting options, adapt to diverse automation setups and heavy-duty industrial environments*. The standardized design integrates seamlessly with linear guides or robotic arms, surpassing non-modular competitors in versatility*.

  • 5. Compliance with Industry Standards

  • Compliant with ISO safety standards, ensuring reliability and safety in high-precision manufacturing processes*. The standardized structure meets global quality benchmarks for industrial robotics*.

Product details

Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper for Injection Robots

The Parallel Style Air Hand Gripper Two Finger Pneumatic Gripper is a precision-engineered component designed for automation and robotics applications. Built with robust materials like steel and aluminum alloys, it offers reliable linear motion capabilities and customizable mounting options for diverse industrial setups.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialSteel, Aluminum, Aluminum AlloyHigh-strength applications (steel) or lightweight setups (aluminum alloys)
StructurePneumatic, Two-Finger Parallel DesignPrecise gripping of irregular or fragile objects in robotics
Power TypePneumaticHigh-speed, repeatable motion in injection molding robots
Mounting OptionsModular with multiple holesCustomizable positioning in assembly lines or automated machinery
CertificationStandard industrial complianceMeets safety and performance benchmarks for factory automation

Customization guide

Adjustable parameters include:

  • Material selection (steel for heavy-duty use, aluminum for lightweight applications)
  • Finger length and spacing to accommodate varying object sizes
  • Mounting hole positions for tailored integration into existing systems

Get inspired

With its modular design and pneumatic power, this gripper enables precise handling of parts in injection molding, assembly lines, and robotic automation. Its two-finger parallel structure ensures stable grip on fragile or irregular items, while customizable materials and mounting options adapt to your workflow.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Grip Force20 N25 N (+25%)35 N (+75%)
Speed0.5 m/s0.7 m/s (+40%)1.0 m/s (+100%)
MaterialAluminumAluminum AlloySteel
Customization LevelBasicModerateFull

Supplier's note

  1. Technical Breakthroughs:

    • Material Flexibility: Steel and aluminum alloy options allow users to balance strength and weight for specific applications.
    • Precision Engineering: Symmetrical two-finger design ensures minimal slippage in high-precision tasks.
    • Modular Mounting: Adjustable holes enable seamless integration into existing robotic systems.
  2. Optimal Version Selection:

    • Base Model: Ideal for lightweight tasks (e.g., handling plastic parts) where cost-efficiency is critical.
    • Advanced Model: Suitable for mid-range applications (e.g., automotive components) requiring faster speeds and corrosion resistance.
    • Pro Model: Designed for heavy-duty environments (e.g., metal fabrication) with triple the grip force of industry standards.

With the Pro version’s steel construction, you can handle high-load materials while maintaining precision. Pair its 35 N grip force with the Advanced Model’s 0.7 m/s speed for applications needing both strength and agility.

Frequently asked questions

  • Which pneumatic gripper model suits small-scale injection robot systems?

  • How do I clean and maintain the pneumatic fingers of the gripper?

  • Steel vs Aluminum gripper body: Which is better for heavy-duty robotics?

  • Can this pneumatic gripper handle high-cycle operations?

  • Is the Parallel Style Gripper FDA-approved for food-grade automation?

  • How do I adjust the finger length for custom part handling?

  • What industries use the Parallel Style Air Hand Gripper?

  • Does the gripper require special installation for robotic arms?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHeavy-duty manufacturingIndustry: Plastic/Steel (Lower cost) ▲ Base: Steel/Aluminum (Durability) ▲ Advanced: Aluminum Alloy (Lightweight + Strength)Advanced offers lightweight strength for precision tasksAdvanced may have higher cost
Load CapacityHigh-load assembly linesIndustry: 200 N ▲ Base: 300 N ▲ Advanced: 400 N (ISO 9283 certified)Advanced handles heavier payloadsHigher load requires stronger mounting
Operational SpeedHigh-speed assembly linesIndustry: 100 mm/s ▲ Base: 150 mm/s ▲ Advanced: 200 mm/s (IEC 60204 compliant)Faster cycles in productionFaster speed may increase wear
PrecisionElectronics assemblyIndustry: ±0.1 mm ▲ Base: ±0.05 mm ▲ Advanced: ±0.02 mm (ISO 10360-2)Advanced for delicate tasksHigher precision = higher cost
Noise LevelOffice environmentsIndustry: 60 dB (Loud) ▲ Base: 50 dB (Moderate) ▲ Advanced: 40 dB (Quiet)Advanced suitable for noise-sensitive areasQuieter models might be heavier
Customization OptionsCustom automation setupsIndustry: 2 mounting options ▲ Base: 4 ▲ Advanced: 8 (ISO 5208 compatible)Advanced offers flexibilityMore options may complicate setup

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