This Millipore Semi Automatic Laboratory Equipment is a semi-automatic crossflow ultrafiltration system — sometimes referred to as a CUF system — designed for the concentration and filtration of biological fluids in laboratory, pilot, and production settings. Millipore is a well-established manufacturer of filtration and purification equipment, serving the biopharmaceutical, life sciences, and research industries with a broad range of fluid-handling and separation technologies.
The unit is identified by the manufacturer as a Semi-Automatic CUF System, model reference MSPO07836. It is built around a crossflow ultrafiltration process, making it suitable for cell harvesting, concentration, diafiltration, buffer exchange, and washing processes — core operations in biopharmaceutical manufacturing and laboratory-scale bioprocessing.
Process control is handled through a combination of a Siemens S7 programmable logic controller and a GEA Control 4000 operator panel, providing semi-automatic operation with integrated warning messages. The fluid path is managed through a multi-stage valve arrangement combining both manual and automated valves, with multiple clearly labelled inlets and outlets to support flexible process integration. Pressure and flow are monitored continuously by integrated Endress+Hauser sensors.
The drive unit is a Nord SK 63L/4 TF motor rated at 0.18 kW at 1,380 rpm. The system operates at a maximum working pressure of 3 bar and is powered by a single-phase 230 V / 50 Hz supply. Wetted and structural components include stainless steel valves, reflecting the hygienic construction standards expected in biopharmaceutical applications.
The machine dates from 2004 and is offered in used, well-maintained condition, ready for use with visible signs of wear consistent with its age and prior service. It is located in Molsheim, France, and is listed at $14,500.
This description was generated automatically from the listing details and may not reflect every specification. Please confirm with the seller before purchase.