Used SHIMADZU EI-1003M #9053278 for sale

SHIMADZU EI-1003M is a reversible flow piston pump designed for a variety of laboratory applications. This high-performance pump is capable of delivering accurate and consistent flow throughout the entire flow range. It is powered by a motor, with a maximum flow rate of 5 liters/minute, while the maximum pressure can reach up to 1.2MPa. The pump also features a built-in air filter to reduce system pressure loss and ensure optimum performance. EI-1003M is made up of a wide range of components carefully selected for optimal performance and robust durability. It features a single-stage piston pump head made of stainless steel, which provides excellent stability and is built to last. Its specially designed seal ring makes precision flow control possible, while its drive mechanism is designed with no-leak packing to minimize piston wear and tear. The built-in air filter also contributes to low maintenance requirements, making the pump some of highest quality and most reliable on the market. The pump can be used for a range of laboratory applications, from vacuum filtration and dissolved oxygen measurement to reverse osmosis and protein purification. It also features a PID controller for precise flow control, making the pump an ideal choice for applications in precision fluid delivery and flow regulation. The pump is equipped with several safety features as standard, including an overload protection circuit and a pressure switch for automatic shut-off. These safety features make the pump resilient to external conditions, allowing for reliable and uninterrupted operation in a variety of settings. Overall, SHIMADZU EI-1003M is an efficient and reliable pump designed for a wide range of laboratory applications. It is made of durable materials and features an advanced drive mechanism for consistent flow, as well as a built-in air filter to reduce system pressure loss and ensure optimum performance. It is an ideal choice for applications requiring precision fluid delivery and flow regulation, while its robust safety features make it suitable for use in a range of different environments.