Used COLE PARMER 7518-12 Masterflex #9291306 for sale

COLE PARMER 7518-12 Masterflex is an industrial-grade peristaltic pump ideally suited for high-volume liquid handling. It is a robust and reliable pump technology that features intuitive and easy-to-use controls, as well as interchangeable tubing that fits a wide range of viscosities and pumping needs. 7518-12 Masterflex is a complete three-motor, direct-drive system, which is capable of operating up to 250rpm with a reliable 15:1 speed range. This system is easily configurable and can meet both continuous and pulse-type requirements. Additionally, it is designed for high-volume, long-term operation with minimal maintenance. The pump also features a bright display with parameters customized to the user's needs, allowing for efficient and precise liquid handling. The pump is equipped with a variable-speed, reversible-drive motor, which has an adjustable speed range of up to 250rpm and is designed to handle a wide range of fluids, including acids and bases. It also has a virtually maintenance-free gearbox and uses a patented tubing-life-measuring system for accurate, immediate performance feedback. This ensures that the tubing life of COLE PARMER 7518-12 Masterflex is maximized. 7518-12 Masterflex is constructed with a stainless steel frame to ensure durability, and is IP65 rated meaning it is dust and water resistant. This lasts longer in laboratory and industrial settings. Additional features of this model include a universal control panel, accessible from the front of the unit, and accessories ranging from five standard-size carts to fittings for reactor applications. Overall, COLE PARMER 7518-12 Masterflex is an advanced model of industrial pump, designed for long-term performance with minimal maintenance. It is designed with user-friendly controls and customizable displays, as well as variable speed settings, that make it suitable for a wide range of liquid applications. It is also well-suited for high-volume, long-term operations, and can effectively handle a wide range of viscosities. This model is reliable, efficient, and cost-effective, making it an ideal choice for both laboratory and industrial settings.