Durable Single-Stage Vacuum Generation for Pick-and-Place Automation
CV Series single-stage vacuum Venturi generators use compressed air to create vacuum for automated gripping and transfer systems. The source range uses an anodized aluminum, all-metal body and provides a compact vacuum source without a mechanical vacuum pump.
The listed range reaches vacuum levels up to 27 inHg and vacuum flow rates up to 8 CFM. All models include a silencer, while HSK versions include a part-presence switch.
Download Vacuum Generator DatasheetCV Series Features
- Anodized aluminum body
- All-metal construction
- Maximum vacuum listed at 27 inHg
- Vacuum flow rates up to 8 CFM
- Single-stage Venturi technology
- Silencer included on all models
- HSK models include a part-presence switch
Why Use a Single-Stage Venturi?
- Single-stage generators provide a simple compact vacuum source for cups and grippers
- Mounting the generator close to the cup can reduce vacuum-line volume and improve response
- No rotating vacuum pump is required at the point of use
Common Applications
- Robotic pick-and-place
- Packaging machinery
- Machine loading and unloading
- Vacuum grippers
- Automated assembly
- Material handling systems
Frequently Asked Questions
What is a single-stage vacuum Venturi?
It is a compressed-air-driven vacuum generator that uses one Venturi stage to create suction.
What maximum vacuum is listed?
The source range lists a maximum vacuum of 27 inHg.
What vacuum flow is listed?
The source range lists vacuum flow rates up to 8 CFM.
What body material is used?
The source description identifies anodized aluminum all-metal construction.
Do the generators include silencers?
Yes. The source description states that all models include a silencer.
What is an HSK model?
The source description states that HSK models include a part-presence switch.
Where are these generators used?
Typical uses include vacuum cups, robotic pick-and-place, packaging and automated material handling.
How do I select the right Venturi?
Consider required vacuum level, suction flow, cup size, leakage, evacuation time and available compressed air.