Applied Biosystems GeneAmp PCR System 9700 Thermal Cycler N8050200

Product Information

The Applied Biosystems GeneAmp PCR System 9700 Thermal Cycler N8050200 has been tested to specifications and exhibits slight cosmetic damages from regular use. This system is designed specifically for high sample volume amplification of nucleic acids. The 9700 thermal cycler comprises a base module and an interchangeable sample block, featuring a heated lid and unique thermal isolation frame for oil-free operation. With an easy-to-use graphic interface, intuitive programming, and fast, uniform thermal response, this unit is ideal for PCR experiments in diverse laboratory settings. The method storage allows for auto restart function after power outages, and it can precisely store multiple PCR methods with internal calibration. All system software operations are controlled with five independent programs. Its temperature accuracy ranges from 0.25°C from 35.0°C to 99.9°C, making it a versatile and precise equipment for a variety of experimental needs.

• High sample volume amplification of nucleic acids
• Interchangeable sample block for flexible use
• Auto restart function after power outages
• Internal calibration for precise temperature control
• Easy-to-use graphic interface with intuitive programming
• Fast and uniform thermal response

• Temperature Accuracy: 0.25 from 35.0C to 99.9C
• Method Storage: Auto restart function allows for power outages & safe continuation of a PCR experiment after resumption of power
• Modified Programs: Complete PCR methods can be stored from a user & method names
• 9700 Base Model: The system stores up to 100 complete PCR methods
• Internal Calibration: 4C - 99.9 C
• User Diagnostics: All system software operations are controlled with five programs

Metric: 22.68 kg
Imperial: 50 lbs

Metric: 43.18 cm x 48.26 cm x 43.18 cm
Imperial: 17 in x 19 in x 17 in

8419899080

The chosen harmonized code 8419899080 refers to 'Machinery, plant or laboratory equipment for the treatment of materials by a process involving a change of temperature'. It aligns with the thermo-cycling function of the PCR Thermal Cycler and its application in laboratory settings.