Used Laboratory Actuator Valves Off Line B-Seals Damaged
- Make Unknown
- Hertz Does Not Apply
- Model Actuator valves off line B- Seals damaged
- Serial Unknown
- Weight 200.0 Kg
- Voltage Does Not Apply
- Warranty AS-IS
- Dimensions 120.0cm x 100.0cm x 63.0cm
- Shipping Type FedEx Ground
- Item Condition AS-IS
- Manufacturing Date Does Not Apply
Product Information
Introducing the 'Unknown' Actuator valves off line B- Seals damaged, a piece of equipment with a mysterious past and an uncertain future. This used item arrived on our pallet like a hidden treasure waiting to be discovered and put to use in the laboratory. Despite its 'Class 4 - As-Is' condition, this enigmatic device still offers remarkable potential in a range of applications. From manipulating fluid flow to regulating pressure, this mysterious machine may hold the key to unlocking new scientific insights. Picture it as the daring hero of chemistry experiments, an unassuming but resilient ally in the search for laboratory breakthroughs. Whether uncovering secrets in biochemistry, pharmaceutical research, or environmental testing, this trusty companion could be the key to unlocking the next great scientific achievement. Take a chance on the possibilities that await with this intriguing 'Unknown' Actuator valves off line B- Seals damaged. Remember, the most exciting scientific discoveries often come from the unlikeliest sources. Embrace the unknown with this used, enigmatic piece of laboratory equipment. 'Pallet'
Key Features
Metric: 200.0 kg
Imperial: 440.92 lbs
Metric: 47.24412 cm x 39.3701 cm x 24.803163 cm
Imperial: 18.62 in x 15.43 in x 9.77 in
84123900
Harmonized Code DetailsCentrifugal pumps, other than submersible, single-stage
Testimonials
“REUZEit has been a great partner for our used equipment needs and always provide timely updates of new arrivals of consigned equipment.”
“Great company to work with. Tammy completed our first international equipment shipment with ease.”
“Fast response, open to adjusting schedule as needed, and great customer interaction.”