Konsei BHG Parallel Hand

The Konsei BHG Series is a line of compact cross-roller parallel grippers designed for high-precision and reliable performance in industrial automation applications. Manufactured by Kondo Seisakusho Co., Ltd., these grippers are known for their durability, smooth operation, and adaptability to various operational requirements.

🔧 Key Features & Specifications

• Gripping Mechanism: Utilizes a cross-roller guide system to ensure high accuracy and smooth motion, making it suitable for delicate and precise handling tasks.

• Gripping Types: Available in open, pinch, and parallel configurations to accommodate different application needs.

• Actuation Methods:

  • Double Acting: Air pressure is applied alternately to open and close the gripper.

  • Single Acting (Normally Closed or Normally Open): Air pressure is applied to either open or close the gripper, with a spring mechanism returning it to its default state.

• Body Design: Features a square-shaped, compact body that enhances rigidity and allows for easy integration into various systems.

• Stroke Lengths: Available in multiple stroke lengths, including 5 mm, 9 mm, 11 mm, and 15 mm, to suit different operational requirements.

• Sensor Compatibility: Equipped with slots for proximity sensors to detect jaw positions (open or closed), facilitating integration with control systems.

• Environmental Options: Certain models come with protective rubber covers, making them suitable for use in dusty or harsh environments.

📐 Model Variants & Technical Details

The BHG Series includes various models tailored to specific needs:

• BHG-03AS-ET3S2-NC:

  • Cylinder Diameter: 16 mm

  • Rod Diameter: 8 mm

  • Stroke: 9 mm

  • Operation: Single Acting, Normally Closed

  • Sensors: Non-contact 3-core straight, 2 units

• BHG-06AS:

  • Cylinder Diameter: 32 mm

  • Rod Diameter: 16 mm

  • Stroke: 20 mm

  • Operation: Double Acting

  • Additional Features: Bearing support for high accuracy

🛠️ Applications

The Konsei BHG Series grippers are versatile and can be employed in various industrial scenarios:

• Electronics Manufacturing: Handling delicate components with precision.

• Automotive Assembly: Gripping and placing parts with high accuracy.

• Pharmaceutical Production: Managing sensitive materials in cleanroom environments.

• General Automation: Integrating into robotic systems for tasks requiring reliable and repeatable gripping actions.