ABI GeneAmp PCR System 9700 Dual 96 Well Molecular Biology Thermal Cycler
Applied Biosystems
Details
-
CategoryMolecular Biology
-
Dimension22.0in x 12.0in x 11.0in
-
Serial805S6102728
-
Shipping TypeFedEx Ground
-
Manufacturing2006-10-01
-
Voltage / Hertz100V-240V / 50Hz/60Hz
Description
The ABI GeneAmp PCR System 9700 Dual 96 Well Thermal Cycler is a premier choice for scientific laboratories seeking efficient and reliable PCR amplification. Manufactured in 2006 by Applied Biosystems in the United States, this unit operates within a voltage range of 100V-240V and frequency of 50Hz/60Hz, making it versatile for various laboratory settings. This dual 96-well configuration is ideal for high-throughput parallel amplification of DNA samples. Despite its very good condition with minor cosmetic blemishes from regular use, the unit's functionality remains uncompromised. It has successfully passed rigorous function tests, ensuring its capability to support molecular biology workflows. Note that power cords are included; however, computer systems and additional software are not provided. Additional equipment may be required to complete several applications, but the standalone system is ready to integrate into existing laboratory operations.
Key Features
- Dual 96 Well block capacity for high-throughput PCR
- Voltage range: 100V-240V, Frequency: 50Hz/60Hz
- Simple to integrate as a standalone or part of a system
- Effective for PCR applications in molecular biology
Specifications
- Manufacture Year: 2006
- Condition: Very Good – functionality confident
- Power Supply: 100V-240V, 50Hz/60Hz
- Capacity: Dual 96 Well blocks
- Country of Origin: United States
- Includes Power Cord
Weight
Imperial: 54.0 Pounds
Metric: 24.49 Kilograms
Shipping Dimensions
Imperial: 26.4 lb x 14.4 lb x 13.2 lb
Metric: 67.06 cm x 36.58 cm x 33.53 cm
Harmonized Code
9030.84.00
Harmonized Code Details
9030.84.00: Other instruments and apparatus for measuring or checking electrical quantities. Chosen based on its use in laboratories for analysis and testing in molecular biology processes.
Comments 0
There are currently no public comments.