Compact and Efficient Oil-Free Performance
The NDRV Series is a line of dry running rotary vane vacuum pumps designed for small-capacity applications. These pumps are reliable replacements for Becker dry-running units, offering vacuum levels up to 27” HgV and flow rates between 4 to 17 CFM.
Thanks to their carbon-composite vanes, they run oil-free. This eliminates the risk of process contamination and makes them ideal for clean, low-maintenance operations.
Key Features of the NDRV Series
✅ Robust and Space-Saving Design
The pump body is constructed from cast iron and aluminum die-cast parts for strength and durability. Its compact, close-coupled assembly makes it ideal for installations with limited space.
✅ Quiet and Stable Operation
The internal layout is optimized to reduce noise and vibration, resulting in smoother and quieter performance. This makes it suitable for environments where stability and comfort are important.
✅ Oil-Free Functionality
Instead of oil, the pump uses carbon composite vanes, which provide self-lubrication. This dry running design eliminates oil contamination risks, making the NDRV Series perfect for clean applications.
✅ Ideal for Small-Capacity Uses
With flow capacities ranging from 4 to 17 CFM, the NDRV Series suits many compact and clean applications, including:
- Vacuum packaging
- Printing and paper handling
- Medical instruments
- Resin degassing
- Molding
- Laboratory filtration
- Venting systems
✅ Warranty and Support
Each unit comes with a one-year warranty against manufacturer defects. This ensures peace of mind and reliability for your operation.
Why Choose the NDRV Series?
Whether you’re operating in medical, packaging, or industrial clean-room environments, the NDRV Series rotary vane vacuum pumps deliver quiet, efficient, and contamination-free performance in a space-saving design.
Contact Us Today
Need help selecting the right pump? Contact our team today for expert support and a customized quote. We’re here to help you find the perfect solution for your vacuum application.