Thermal cycle module

Introduction:

The genetic workflow in today's world has high requirements for the fully automated process of molecular biology experiments, especially in human genetic engineering or clinical diagnosis, which require high workload and accuracy. Meanwhile, given the limited space in the laboratory, we need some solutions to minimize the space required for the existing liquid processing workstations. Designed online circulating temperature control module

INHECO's ODTC ® Type thermal cycleIt is an instrument that can be applied to both fully automated PCR amplification technology and meet the rapid conversion requirements of conventional heating and cooling in molecular biology. ODTC ® Suitable for almost all liquid workstations, allowing for
ODTC ® Type thermal cycleDirectly perform pipetting operation on the porous plate consumables inside. Support capturing PCR plates from various angles and continuous high-throughput work.
ODTC ® Type thermal cycleThe cover plate can be opened horizontally, and can be operated independently regardless of whether the temperature control module is working or not. This design can 'free up hands' and achieve full automation of multi-step workflows. Opening the cover plate has almost no effect on the heating performance, and pipetting operations can still be performed during cyclic heating or incubation processes.
Innovative 3D vapor chamber mount (VCM) with heating technology ®) Make ODTC ® The heating performance has been achieved. This technology is based on the principle of heat pipes. Originating from 1D heat pipes and 2D flat steam chambers used for cooling laptop chips and processors, VCM ® As a 3D heat pipe applied to the superconducting cycle temperature control module required for PCR amplification, its internal heat conduction speed is almost close to the propagation speed of sound. Similar to other cyclic temperature control module products, Peltier semiconductor temperature control boards can achieve rapid heating and cooling.
Compared to solid silver, aluminum, copper, or gold-plated reaction modules in competing products, VCM ® It can conduct the temperature more evenly and quickly to the reaction module. This technology provides a high degree of accuracy in the temperature between the internal holes of the module, ensuring the correctness and stability of the experimental results. Such as in NGS (next-generation sequencing) and related library preparation. The fast and uniform thermal conductivity enables all pores to maintain the target temperature after reaching it, which also shortens the heating time and accelerates the progress of the entire PCR amplification process.

ODTC ® Type thermal cyclefeature
Excellent heating performance
Accurate running time
XL: Low profile and high profile boards can be used
24/7 automatic operation
Transfer operation can be performed during PCR amplification process
Fully automatic horizontal moving cover plate
Ultra thermal conductivity VCM ® module
Small required space and light weight
SiLA Communication Standard
Optional testing tools