Applied Biosystems 9700 PCR Thermal Cycler N8050200

Product Information

Step right up, fellow scientists, and behold the marvel that is the Applied Biosystems 9700 PCR Thermal Cycler! This exceptional piece of equipment is designed to amplify nucleic acids with high sample volume efficiency. The 9700 thermal cycler boasts a base module and interchangeable sample block, allowing for unparalleled flexibility in use. The system features an easy-to-use graphic interface, intuitive programing, fast uniform thermal response, and an ingenious oil-free operation system in the 0.5L format. The 9700 PCR system not only offers temperature accuracy to 0.25 from 35.0C - 99.9C but also utilizes an auto-restart function for seamless power outage recovery during experiments. With its internal calibration from 4C - 99.9 C, it can store up to 100 complete PCR methods and is equipped with user diagnostic controls. Truly a powerhouse in the world of molecular biology equipment!

• Precise temperature control for accuracy
• Easy-to-use graphic interface with intuitive programming
• Interchangeable blocks for flexible use
• Fast, uniform thermal response
• Oil-free operation in 0.5L format
• Auto-restart function after power outages for continued experiments
• Internal calibration and user diagnostic controls

• Temperature Accuracy: 0.25 from 35.0C - 99.9C
• Method Storage: Auto restart function for power outages & safe continuation of experiments
• Modified Programs: Complete PCR methods can be stored and named
• 9700 Base Model: Storage for up to 100 complete PCR methods
• Internal Calibration: Range from 4C - 99.9 C
• User Diagnostics: All system software operations are controlled with five programs

Metric: 12.7 kg
Imperial: 28.0 lbs

Metric: 16.0 cm x 12.0 cm x 10.0 cm
Imperial: 6.3 in x 4.72 in x 3.94 in

902780

The harmonized code 902780 classifies instruments and apparatus for physical or chemical analysis including spectrometers, spectrophotometers, and spectrographs. The Applied Biosystems 9700 PCR Thermal Cycler N8050200 falls into this category as it is used for the amplification of nucleic acids, a key aspect of molecular biology research and analysis.