Huge Savings Edwards Rv8 6.9 Cfm Dual-stage Vacuum Pump Massive 55% Savings [4rG3Xh2U]

Huge Savings Edwards Rv8 6.9 Cfm Dual-stage Vacuum Pump Massive 55% Savings [4rG3Xh2U]

Experience unparalleled performance with the Huge Savings Edwards Rv8 6.9 Cfm Dual-stage Vacuum Pump Massive 55% Savings [4rG3Xh2U], a top choice for scientific primary pumping applications. This pump stands out for its exceptional ability to deliver high or low throughputs with high ultimate vacuum, making it a versatile solution for a wide range of applications, including GCMS and small bench-top systems. With its ultra-low noise levels, the RV8 ensures a quiet and efficient operation, perfect for sensitive environments.

Advanced Technology and Specifications

The Edwards RV8 is engineered with cutting-edge technology, offering a noise level of just 48 dBA at 50Hz, significantly quieter than conventional pumps. This achievement is a result of extensive work on the drive train and motor. The pump boasts the unique ability to deliver excellent ultimate vacuum in both high vacuum and high throughput modes, with or without gas ballast. This flexibility allows users to select the optimal pumping performance without compromising their application. Key specifications include a peak pumping speed of 6.9 CFM at 60Hz, ultimate vacuum of 1.5 micron/millitorr without gas ballast, and a compact design with dimensions of 18.5 x 6.2 x 8.9 inches.

Extensive Applications and Support

The Edwards RV8 is a versatile tool for various industries and applications. Its robust design and advanced features make it suitable for analytical instruments, centrifuges, coating processes, degassing/curing, distillation, freeze drying, furnaces, gas bottle filling/emptying, glove boxes, laboratory bench-top vacuum systems, leak detection, and much more. With a global network providing worldwide support, Edwards ensures that you have the necessary assistance for your product applications and service needs. Trust the Edwards RV8 to deliver exceptional performance and reliability in your scientific pumping requirements.