Bag and Sack Gripper Suction Cups
Our bag and sack gripper suction cups are designed specifically for handling thin plastic and paper bags. The ultra-thin seal lip ensures a vacuum-tight seal, making them ideal for bag opening and transfer applications.
Vacuforce supports machine builders, integrators and maintenance teams with application-focused vacuum and pneumatic components for industrial automation.
Download Technical Datasheet PDFWhat Are Bag and Sack Gripper Suction Cups?
Vacuum grippers combine a structural end-of-arm tool with suction cups, foam seals, vacuum valves or controlled orifices to create a complete gripping solution. They are used where a robot or automated machine must handle cartons, panels, bags, packaged goods or products that vary in position or size.
Key Features
- Configurable vacuum gripping surface and connection layout
- Can incorporate suction cups, foam sealing, self-closing valves or open orifices
- Designed for robot, cobot and machine automation
- Custom sizes and mounting patterns can be matched to the application
- Vacuum generation can be integrated or supplied externally depending on the tooling design
Typical Applications
- Robotic palletizing
- Carton and case handling
- Panel and sheet handling
- Bag and pouch handling
- Packaging automation
- General end-of-arm tooling
Selection Guidance
Tooling selection should consider product dimensions, surface porosity, product spacing, allowable contact area, cycle time, robot payload and the amount of product variation. Self-closing valves are useful when portions of a gripper may remain uncovered, while open-orifice tooling is suited to applications where the product reliably covers the intended vacuum zones.
Application Tip: Final selection should be based on the actual product, machine cycle, operating environment and required pneumatic or vacuum performance. Confirm model-specific ratings before installation.
Self-Closing Valve vs. Open-Orifice Tooling
Self-closing valves automatically close uncovered vacuum points and are useful when product size or position varies. Open-orifice systems are simpler and work well when the load consistently covers the active gripping area.
Why Use This Product Family?
Vacuum grippers combine a structural end-of-arm tool with suction cups, foam seals, vacuum valves or controlled orifices to create a complete gripping solution. They are used where a robot or automated machine must handle cartons, panels, bags, packaged goods or products that vary in position or size. Selecting the correct configuration can simplify machine integration, improve serviceability and provide more consistent application performance.
Frequently Asked Questions
What is vacuum EOAT?
Vacuum end-of-arm tooling is a robot or machine gripper that uses vacuum cups, foam or other vacuum interfaces to hold a product.
When should I use self-closing valves?
Use them when some vacuum points may be uncovered during a cycle or when product size and position vary.
When is open-orifice tooling appropriate?
It is effective when the product consistently covers the intended vacuum points and system flow is sized for the open orifices.
Can grippers be customized?
Yes. Tool size, shape, mounting, vacuum zones and gripping interface can be configured around the application.
How do I size the vacuum source?
Consider total active area, leakage, uncovered zones, cycle time and the type of gripping interface used.
Can vacuum grippers handle different product sizes?
Yes, especially when designed with foam sealing and self-closing valves that isolate uncovered portions of the gripper.