The AllInOneCycler™ 96 well PCR system uses a unique thermal block and temperature control technology to increase the maximum ramp rate to 6.5 ° C / sec. This instrument is capable of getting accurate results and switching blocks from 4 types according to the experimental purpose.
Increased ramping rate to 6.5 ° C / sec with the use of unique thermal block and advanced temperature control technology; up to 9.5 ° C / sec if equipped with special alloy thermal block *
Shortened experimental time allowing to save valuable time and energy
Figure1. Comparison of running time and PCR results between AllInOneCycler™ (with normal block) and a competitor equipment
Reproducible results through improved temperature uniformity and accuracy using precise temperature control system
Figure 2. Comparison of PCR results in 24 wells of 96-well block and 384-well block
Selective use with interchangeable thermal blocks capable of choosing between 4 of those types depending on the purpose of the experiment
96-well, 384-wells included for comprehensive choice of sample sizes as well as normal and special alloy thermal blocks for required ramp rate
Figure 3. Diagram showing two types of thermal blocks along with the method to replace them (left: 96-well, right: 384-well)
Minimized time and reduced experimental protocols to easily find the optimum test conditions at once just by using the thermal gradient function
Figure 4. Setting the PCR condition using the thermal gradient PCR function in the AllInOneCycleler™ (human genomic DNA, CFS2 gene, 830 bp)
High convenience through 7-inch LCD touch screen and user-friendly UI with 8 template protocols provided for a simple set up
Easily control multiple instruments simultaneously and monitor their massive sample sizes by using a PC program provided separately from us
Figure 5. Screen composition of AllInOneCycler™. (a) Start screen, (b) Protocol creation and modification screen, (c) Template protocol selection screen
Simple, sophisticated design with a small size making it easy to be moved around and placed even in a small laboratory with a narrow space
