Vindum Engineering Inc.
Oil and GasUnited States11-50 Employees
Precision Pumps and Valves for Demanding Applications We are a leading manufacturer of high-pressure, high-accuracy laboratory pumps and valves, serving a wide range of critical applications—from energy and biofuels research to additive injection in pilot plants. Trusted by top research institutions and universities worldwide, our metering and syringe pumps are known for their exceptional accuracy, durability, and reliable, pulse-free continuous operation. Our equipment is engineered to handle even the most challenging fluids, including viscous substances, corrosive chemicals, and liquefied gases, across both low and high temperature ranges. VIPR Syringe Pump Series We’re proud to introduce the VIPR line of syringe pumps—a versatile, high-performance solution for precise fluid handling. The VIPR pumps deliver accurate, stable flow in both constant-rate and constant-pressure modes and can be paired to achieve truly continuous, pulse-free operation. Offering top-tier performance at a competitive price, VIPR pumps support a wide range of control options and are backed by expert technical support. Whether you’re working with sensitive reactions, high-viscosity media, or cryogenic liquids, VIPR pumps provide the accuracy, reliability, and flexibility your research demands. VP Continuous Pulse-Free Metering Pumps Vindum’s VP-Series dual-piston, continuous pulse-free pumps set the benchmark for high-pressure applications requiring exceptional accuracy in a compact footprint. With precision performance down to ±0.1%, these pumps deliver true continuous, pulse-free flow at a constant rate or pressure—up to 25,000 psi (1,725 bar). Engineered for demanding applications from energy, chemical, pharmaceuticals and biofuels research worldwide. The VP-Series offers flow rates as low as 0.00001 ml/min with extreme accuracy and stability. The robust dual-piston design ensures uninterrupted performance, even with corrosive fluids or under elevated temperatures—up to 160°C