Biometra TAdvanced 60/60 G: Dual Block Thermal Cycler for Unrivalled PCR Performance
The Biometra TAdvanced 60/60 G is a new-generation PCR thermal cycler designed to offer exceptional thermal control and flexibility in the most demanding laboratory environments. Manufactured in Germany, this system reflects the technological excellence and reliability expected of state-of-the-art equipment dedicated to molecular biology.
Thanks to high-performance control electronics, the TAdvanced 60/60 G ensures very fast heating and cooling rates, reducing cycle times while maintaining remarkable thermal accuracy. This speed is accompanied by increased efficiency, which is essential for high-throughput laboratories or complex protocols.
At the heart of the device is an optimised aluminium alloy thermal block, ensuring excellent thermal conductivity and uniform temperature distribution. The model incorporates a gradient function, which allows multiple temperatures to be tested in parallel on the same PCR cycle — an indispensable tool for optimising amplification conditions, particularly in the development of new primers.
Its 7-inch colour touchscreen provides a clear and user-friendly interface. Protocols are programmed using a hybrid system combining graphic and table (spreadsheet) modes, making it easy for even novice users to access the various functions. The flat screen minimises glare and improves the ergonomics of the workstation.
The embedded software is designed for regulated environments and allows the creation of up to 90 user profiles with customised access levels. It also includes comprehensive self-diagnostics (at start-up and during use) with automatic report storage for improved traceability and easier compliance with quality standards.
The Biometra TAdvanced 60/60 G is a high-performance tool that combines versatility, thermal precision and ease of use. Ideal for intensive PCR applications, it meets the requirements of research, biotechnology and diagnostic laboratories seeking to combine scientific rigour and operational efficiency.
