Used SHIMADZU HE-1T-5 #9290442 for sale

SHIMADZU HE-1T-5 is a special laboratory equipment and accessory designed for the expansion of high throughput and reproducible results. It is designed for laboratories that need reliable and flexible systems for processing samples and for use in various analysis techniques. HE-1T-5 consists of a multi-size sample tray, a digital display and power/operation keypad, and a motor-driven sample holder. All components are housed in an ergonomic, sturdy base cabinet. The sample tray can accept sample sizes from 0.2 to 3ml, and is designed to process up to six samples simultaneously. The digital display allows users to set their desired parameters, while the power/operation keypad allows quick and easy control of the equipment. The motor-driven sample holder provides accurate positioning and stabilization of the sample. SHIMADZU HE-1T-5 is equipped with an auto-stirring equipment to ensure uniformity and reproducibility. This system consists of a motorized stir bar coupled to a control unit and a stirring rod. The motorized stir bar also has a temperature probe attached to monitor the sample temperature and the stirring rate can be set by the user. The stirring rate can be adjusted between 0 to 2000rpm to accommodate various sample types and analysis techniques. HE-1T-5 is compatible with a wide variety of laboratory instruments, including centrifuges, spectrophotometers, polarimeters, and microscopes. This allows for efficient simultaneous analysis of multiple samples from different instruments. The data collected from each instrument can also be interfaced with a computer for further analysis. SHIMADZU HE-1T-5 is a laboratory equipment and accessory designed to provide reliable and reproducible results for wide range of laboratory experiments. This unit has been designed for high throughput and has a range of compatibility options with multiple types of laboratory instruments. With its motorized stir bar and auto-stirring machine, users can easily set their desired parameters and sample temperature for efficient and reproducible processing of samples.