Agilent SureCycler 8800 PCR Thermal Cycler Programmable Modular

The Agilent SureCycler 8800, crafted in Malaysia, is a versatile PCR thermal cycler designed to perform sophisticated thermal cycling techniques efficiently. With an intuitive user interface, it comes equipped with 10,000 pre-installed protocols, including options for time/temperature increments, touchdown PCR, and temperature gradients, streamlining complex experimental setups. The Program Wizard aids in automatically generating PCR protocols based on primer and template specifications. This modular device utilizes Agilent's innovative reagent portfolio and enzymes to expedite high-speed reactions, accommodating diverse experimental volumes and applications seamlessly, thanks to its interchangeable block system. Featuring a 6°C/second block ramp rate for a 96-well, and 4°C/second for a 384-well format, the machine offers exceptional flexibility. It supports temperature settings between 4-99°C, with gradient capabilities of 30-99°C, ensuring precision and reliability. Despite its good condition, some functional tests were not fully conducted, but it powers on without evident issues.

• 10,000 pre-loaded protocols
• User-friendly interface
• Program Wizard for automatic protocol creation
• High-speed reaction with Agilent enzymes
• Interchangeable block system for flexible volumes
• 6°C/sec ramp rate for 96-well, 4°C/sec for 384-well
• Temperature range of 4-99°C with 30-99°C gradient

• Make/Manufacturer: Agilent Technologies
• Model: SureCycler 8800
• Sub-Model: G8800-001
• Country of Origin: Malaysia
• Condition: Good (unable to test fully but powers on)
• Block Ramp Rate: 6°C/sec for 96-well, 4°C/sec for 384-well
• Block Temperature Range: 4-99°C
• Gradient Range: 30-99°C
• Voltage: 100-240V
• Frequency: 50Hz/60Hz
• Includes Power Cord: Yes
• Warranty: 30-Day Warranty On Part

Imperial: 36.0 Pounds

Metric: 16.33 Kilograms

Imperial: 19.2 lb x 13.2 lb x 13.2 lb

Metric: 48.77 cm x 33.53 cm x 33.53 cm

841920

841920 - Machinery for the heat treatment of materials by induction or dielectric loss; used due to its capability in PCR processes involving precise thermal control.