SCAMP, the Self-Contained Actuating Magnetic Pump, is a positive displacement cryogenic pump technology developed for applications that require precise flow control, high pressure, and sealed operation.
Now part of Barber-Nichols’ expanded cryogenic pump portfolio, SCAMP supports demanding fluid management and propulsion applications where conventional pump architectures may not provide the required combination of low-flow control, pressure capability, and environmental compatibility.
Many cryogenic systems require more than bulk fluid transfer. They need controlled delivery at low flow rates, stable pressure performance, and reliable operation in demanding environments.
SCAMP (Patent 11,946,464) is designed for applications such as:
SCAMP supports applications where controlled flow at elevated pressure is central to system performance.
The positive displacement architecture supports precise flow control across a wide operating range.
SCAMP is designed for demanding environments, including internal tank submersion and hard vacuum operation.
SCAMP supports cryogenic applications involving oxygen, hydrogen, methane, nitrogen, and other compatible liquids, depending on the system requirements.
Barber-Nichols brings SCAMP technology together with decades of experience in cryogenic pumps, turbomachinery design, manufacturing, assembly, and test.
Cryogenic propellant testing is provided through P3 Testing Services as part of Barber-Nichols’ expanded test capabilities, supporting development and validation of advanced pump and propulsion technologies.
