High-Flow Two-Stage Vacuum Generation from a Compact Body
Two-stage vacuum Venturi generators use multi-stage ejector technology to produce strong vacuum flow relative to compressed-air consumption. The source range uses a compact plastic body and can be mounted directly at suction cups or used in a centralized vacuum installation.
Integral silencer options help reduce exhaust noise, while threaded-port versions are available with BSPP and NPSF connections. Listed vacuum flow rates reach up to 7 CFM.
Download Two-Stage Vacuum Generator DatasheetTwo-Stage Generator Features
- Two-stage vacuum generation
- Lightweight compact plastic body
- Integral and external silencer options
- BSPP and NPSF threaded-port options
- High-efficiency multi-stage technology
- Vacuum flow rates up to 7 CFM
Why Use Two-Stage Technology?
- Multi-stage designs can provide useful suction flow while using compressed air efficiently
- Compact construction allows decentralized installation close to the pickup point
- Suitable for both direct cup mounting and centralized vacuum layouts
Common Applications
- Packaging machinery
- Robotic pick-and-place
- Carton and product transfer
- Automated assembly
- Vacuum grippers
- OEM handling equipment
Frequently Asked Questions
What is a two-stage vacuum generator?
It is a compressed-air-driven ejector that uses two Venturi stages to generate vacuum.
What flow rate is listed?
The source range lists vacuum flow rates up to 7 CFM.
Can the generator mount directly on a suction cup?
Yes. The source description states that units can be placed directly on suction cups.
Can it be used centrally?
Yes. The source description also identifies centralized vacuum installations.
What thread types are listed?
BSPP and NPSF threaded-port options are listed.
Does it include a silencer?
The source range includes integral and external silencer options.
What is the benefit of multi-stage technology?
It can improve vacuum-flow efficiency relative to compressed-air consumption in suitable applications.
How do I select a generator?
Match vacuum level, flow, cup demand, leakage, tubing volume and cycle time to the application.