Used SHIMADZU LC-10AD VP #9108907 for sale

SHIMADZU LC-10AD VP is a high-performance solvent delivery pump capable of accurately and consistently delivering a wide range of solvents at flow rates ranging from 0.001 to 10.0 mL/min. Utilizing advanced digital pressure control technology, this pump is well-suited for a variety of analytical applications. LC-10AD VP builds on the 1000/890 series of SHIMADZU pumps, merging a host of advanced features with a compact design. This high-end pump features a 1/8 HP motor and dual-fluid head design, providing smooth operation and increased accuracy up to 30,000 psi. The motor features a maximum speed of 800 rpm, allowing for quick reaction to changes in solvent flow. SHIMADZU LC-10AD VP is designed for use in a variety of applications, including HPLC, UHPLC, UPLC, solvent delivery, and sample introduction. The pump utilizes two highly-accurate, fixed-flow heads for delivering solvents, both of which are temperature-controlled from 5 to 50°C. The pump is also equipped with a unique air-cooling feature that allows it to operate continuously without overheating. The pump's intuitive design includes a large LCD panel for easy viewing of the control parameters, which include pump speed, flow rate, pressure range, and solvent temperature setting. The winding-protection function allows the user to quickly set the maximum pump speed for a variety of applications types, while still protecting the pump from excessive loading. LC-10AD VP is also designed with Eco-friendly features, reducing the overall power consumption and noise levels during operation. In summary, SHIMADZU LC-10AD VP is a high-performance solvent delivery pump which offers reliable and accurate operation. This compact unit is well-suited for a range of analytic and sample introduction applications, utilizing advanced features such as a dual-fluid head design, Eco-friendly settings, and temperature control. The intuitive control panel and winding-protection function also make for an easy and efficient user experience.