HiQuad Neo

The HiCube Neo redefines performance with an impressive pumping speed of 80 - 800 l/s, ideal for demanding high vacuum applications. The HiPace 300 H even enables ultra-high vacuum up to 10-10 hPa. The availability of various backing pumps, such as diaphragm, rotary vane, scroll and multi-stage Roots pumps, makes it extremely versatile. Whether as a compact desktop solution or as a stand-alone unit, the HiCube Neo adapts to any requirement.

Dual-stage, high-performance rotary vane pump with a pumping speed up to 22 m3/h With 3-phase motor With temperature sensor (Bimetal) for optimum motor protection Integrated gas ballast and HV safety valve For all low and medium vacuum applications Special feature, Various motor voltages for worldwide employment

Magnetically coupledIn contrast to the standard pump, these products have a frictionless magnetic coupling. Oil leakage from a wear-prone conventional shaft seal is ruled out in these models Applications * - Installation in analyzers * - Installation in flywheels * - Gas technology Customer value * - Space-saving and ideal for systems integration * - High pumping speeds with small dimensions * - Low ultimate pressure * - Low-maintenance, no oil leaks from the shaft feedthrough * - Low operating costs, not necessary to replace shaft seals Duo 1.6 M * - Extremely low noise, ideal for laboratory applications * - Easy integration thanks to the UL and IEC 61010 certification of the entire pump * - With maintenance-free magnetic coupling

turbomolecular vacuum pump, hybrid bearing, ceramic ball bearingCompact yet powerful turbopumps with pumping speeds of up to 67 l/s for N2 Product description * - Compact design for minimum footprint * - High pumping speed and maximum compression for all gases * - Integrated drive electronics, suitable for industrial environments - Protection class IP54 * - Semi S2 and UL/CSA certification * - Ideal for all standard applications * - Patented laser balancing™ technology * - Maximum reliability through monitoring of operating data