top of page

3D Model, End Effector

End effector FAIRINO Small Suction Cup

End effector FAIRINO Small Suction Cup
End effector FAIRINO Small Suction Cup

Type

End effector

Brand

FAIRINO

Model

Small Suction Cup

Axes


Precision Vacuum Gripping for Compact and Delicate Components

Overview

The FAIRINO Small Suction Cup is a compact vacuum-based end effector designed for precise handling of smaller parts and components in robotic applications. It is optimized for accuracy, control, and gentle contact, making it ideal for tasks where larger grippers are not suitable.

Integrated with FAIRINO collaborative robots, this end effector enables efficient pick-and-place operations in environments that require high precision and careful material handling.

Functional Description

The small suction cup operates by generating negative pressure between the cup and the object surface. This creates a secure vacuum seal, allowing the robot to lift and move components without mechanical gripping.

Its reduced size allows for targeted contact on smaller surfaces while maintaining stable holding force. This makes it particularly effective for lightweight objects and applications requiring fine positioning.

Key Features

Compact Design

The small footprint allows access to tight spaces and enables handling of small or closely packed components without interference.

High Precision Handling

The design supports accurate positioning and repeatable placement, making it suitable for applications requiring fine control.

Vacuum-Based Operation

Uses suction rather than mechanical force, reducing the risk of damage to sensitive or finished surfaces.

Flexible Contact Material

Typically constructed from compliant materials such as silicone or rubber, allowing it to adapt to slight surface variations and maintain a seal.

Lightweight Construction

Minimizes impact on robot payload capacity and supports faster cycle times.

Easy Integration

Compatible with FAIRINO robotic systems and standard vacuum components, allowing quick setup and deployment.

Applications

The FAIRINO Small Suction Cup is commonly used in:

  • Electronics assembly and handling

  • Small component pick-and-place operations

  • Packaging and sorting systems

  • Plastic and lightweight material handling

  • Food-safe applications (with appropriate materials)

  • Precision manufacturing processes

It is particularly suited for environments where accuracy and gentle handling are critical.

Performance Considerations

Performance depends on several factors:

  • Surface quality and cleanliness

  • Object size and weight

  • Vacuum pressure level

  • Material porosity

Smooth, non-porous surfaces provide the most reliable grip. For very small or irregular parts, multiple suction points or specialized configurations may be required.

System Integration

The suction cup can be integrated with:

  • Compact vacuum generators

  • Solenoid valves for suction control

  • Vacuum sensors for grip detection

  • Robotic control systems for synchronized motion

This enables automated processes with consistent and verifiable performance.

Advantages

  • Precise handling of small components

  • Gentle, non-damaging grip

  • Suitable for high-speed operations

  • Compact and versatile design

  • Low maintenance requirements

Limitations

  • Limited holding force compared to larger suction cups

  • Less effective on rough or porous surfaces

  • Not suitable for heavy objects

  • Requires stable vacuum supply for consistent performance

Conclusion

The FAIRINO Small Suction Cup is a specialized end effector designed for precision handling in robotic automation. Its compact size, combined with reliable vacuum gripping, makes it an effective solution for applications involving small, lightweight, or delicate components.

It is a key tool for improving accuracy, efficiency, and consistency in modern automated workflows.


robotic arm
FAIRINO ROBOTIC ARMS

Contact

Location: 10637 Scripps Summit Court,

San Diego, CA. 92131
Phone: (619) 333-FAIR
Email: hello@fairino.us

© 2023 Fairino US official site Proudly created By G2T

bottom of page