852/853/854 Peltier Racks

Cooling and Heating Racks with Stand-Alone Control

Flexible, accurate and programmable racks for heating and cooling from 4–40°C

Three versatile rack options: 852 for shallow-well plates, 853 for 2-mL vials and 854 for deep-well plates

Can be configured with the single-probe 215 Liquid Handlers or the Quad-Z 215Liquid Handler

Up to five Code 85X Series racks can be placed on the locator plate of the liquid handler, enabling the heating and/or cooling of up to 960 samples

Open OCX controls make integration into your system quick and easy

Gilson’s Programmable Peltier Controller provides stand- alone control for up to five racks, allowing you to change the temperature of each rack, view the current status of the racks, and view the current and set temperature of each rack

Control via the Programmable Peltier Controller as an integral part of any system or as a stand-alone unit

Applications

Small-volume sample preparation for HPLC or LC/MS

Pharmaco-kinetic assays

Biological assays

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Gilson manual 852/853/854 Peltier Racks

853, 852, 854 specifications

The Gilson 854, 852, and 853 series are sophisticated and reliable liquid handling systems designed for laboratories and research facilities that require precision in sample preparation and analysis. These systems are known for their robustness, versatility, and user-friendly interfaces.

The Gilson 854 series is an advanced automated liquid handling instrument that offers a high degree of accuracy and efficiency. Equipped with a multi-channel pipetting head, it allows for simultaneous dispensing into multiple wells, significantly speeding up the processes common in high-throughput screening applications. The instrument's computer control system ensures that every pipetting action is precise, reducing the risk of human error.

The Gilson 852 and 853 models are designed with similar principles in mind, targeting users who require dependable performance in multi-channel applications. They feature advanced motorized components that provide consistent and repeatable results, making them suitable for applications in various fields, including genomics, proteomics, and drug discovery. These systems are ideal for assays involving PCR preparations, ELISA, and other plate-based protocols.

One of the standout features of the Gilson 854, 852, and 853 is their intuitive software interface. The software allows users to easily program complex pipetting tasks and was designed to minimize the learning curve, making it accessible for both novice and experienced users. Additionally, it supports various data output formats, facilitating integration with existing lab systems and databases.

Another significant characteristic is the modular design of these systems. Users can configure the instruments according to their specific needs, including the choice of pipetting tips and volumes. This adaptability not only enhances the usability but also ensures that the systems can evolve with changing laboratory workloads and demands.

Moreover, the Gilson series focuses on ease of maintenance and operation. The components are designed for easy cleaning and replacement, ensuring longevity and reliability in busy laboratory environments. The overall build quality reflects Gilson's commitment to precision engineering and operational excellence.

In conclusion, the Gilson 854, 852, and 853 liquid handling systems represent cutting-edge technology in automated laboratory processes. Their precision, user-friendly design, and adaptability make them invaluable tools for researchers and clinicians striving for efficiency and accuracy in their work. These systems exemplify how automation can improve productivity and data integrity in scientific research and testing.