Real – time fluorescence quantitative PCR instrument

Based on the long history of research and development in the field of qPCR, the Roche Diagnostics Applied Science Division has launched a new member of the LightCycler® family, the LightCycler® 96 Real-Time Fluorescence Quantitative PCR instrument. Under the premise of ensuring that your experiment meets international technical standards, Enjoy the cutting-edge technology to bring the experience of excellence.

■ new light system, the integration of the forefront of the current design technology, with you completely bid farewell to the edge effect

■ widely acclaimed silver temperature control module, bringing the speed and uniformity of the experimental results

■ No need to connect the computer, through the large touch screen to complete all experimental design

■ Analysis software is powerful, to help you get high-quality ideal data

To help you get reliable data quickly.

■ newly developed optical system, with you completely bid farewell to the edge effect

■ Support for high-resolution melting curve (HRM) analysis to help you get high-accuracy genetic analysis data at the lowest cost

■ Support gradient function of PCR, easy to explore a small sample of experimental conditions

Variety of reagents and supplies configuration, flexible choice, with your personalized needs.

■ cost-effective reagents and supplies

■ Open design, compatible with 96-well plate or ordinary 8-tube

Friendly interface, simple and easy to understand, old and new users can easily get started.

■ Intuitive touch screen operating system, powerful data analysis capabilities

■ Have a variety of flexible data reading methods - network, USB disk or remote mail to receive any of your choice

■ You can use the automatic backup feature to share the experimental data obtained by platform transfer over the network

The LightCycler® 96 system features an epoch-making new optical system and a highly acclaimed silver temperature control module designed to help you get the right data.

Using 2 x 96 equidistant glass fibers, fluorescence signals were simultaneously excited and captured from 96 wells

LightCycler® 96 uses a high-intensity white solid-state excitation light source, each sample hole corresponding to two equidistance fibers, one fiber used to stimulate the fluorescence signal, the other used to capture the fluorescence signal