GeneAmp PCR System 9600 Thermocycler – Ultimate thermal accuracy for reliable and reproducible PCR
The GeneAmp 9600 PCR System from Perkin Elmer is a state-of-the-art thermal cycler designed to meet the rigorous demands of molecular biology laboratories. It automates the polymerase chain reaction (PCR) process, a fundamental technique for the targeted amplification of DNA sequences. With its combination of thermal accuracy, operational reliability and software flexibility, this device has become the standard for research laboratories around the world.
The system is based on a programmable aluminium block capable of rapidly heating and cooling samples with remarkable uniformity. The block accommodates 96 0.2 mL MicroAmp reaction tubes in an 8x12 microplate format. A heating blanket eliminates the need for mineral oil, effectively preventing condensation and ensuring sample integrity. This configuration makes the system ideal for high-throughput PCR applications while minimising manual intervention.
The user interface of the GeneAmp 9600 PCR System has been designed to simplify laboratory operations. Its control panel includes a two-line, 20-character luminescent display, a numeric keypad and nine function keys, all accompanied by status indicators (heating, cooling, ready). Programming is carried out via clear menus, allowing temperature programmes to be created, modified and linked together according to the experimenter's requirements.
In terms of performance, the device offers a temperature range of 4.0 to 99.9°C, with an accuracy of ±0.75°C and uniformity of ±0.5°C in the block 30 seconds after stabilisation. The system is designed to minimise thermal overshoot during temperature rises and falls, ensuring optimal reproducibility of results. These technical features guarantee efficient amplification even for the most sensitive protocols.
The GeneAmp 9600 PCR System Thermocycler stands out for its compatibility with different types of tubes and accessories, and its robust construction suitable for intensive use. It is ideal for a wide range of applications, such as genotyping, cloning, mutation detection and gene expression analysis. It can also be used in conjunction with in vitro diagnostic systems (excluding clinical applications, for research use only).
