SimpliAmp™ Thermal Cycler
Simple, Intuitive Touchscreen and Simulation Modes

SimpliAmp™ Thermal Cycling System has a large color graphical user interface for easy programming and quick checks of your working status at the machine. Simulation modes now make the transition from previous thermal cyclers to SimpliAmp Thermal Cycler simple, accurate and efficient.

Precise PCR Optimization with VeriFlex Technology

VeriFlex Blocks provides a better-than-gradient approach to PCR optimization. With three separate Peltier blocks, you have precise control over the three temperature zones.

• Enables extremely precise determination of the optimum annealing temperature
• Helps eliminate the assumptions often associated with standard gradient cyclers
• Saves time by running up to three reactions with different annealing temperatures in the same PCR run
• Use your thermal cycler as an incubator; benefit from precise temperature control

 

What is VeriFlex™ Blocks temperature control?

Thermal cyclers using VeriFlex technology are constructed with three or more separate heating/cooling elements under each of the three or more segmented metal blocks, as shown in the figure. Each pair of heating/cooling elements and segmented metal blocks is completely isolated from the others. to help prevent heat interactions. As a result, VeriFlex technology provides a true linear temperature gradient across metal blocks with the ability to adjust up to six different temperatures, as shown in the Figure. The user can set each temperature zone independently, providing better control of temperature optimization.

SimpliAmp™ Secure Remote Access to Your Thermal Cycler

SimpliAmp™ is a cloud-enabled tool that allows secure, private access with a Thermo Fisher Connect account. Anywhere, anytime, from any mobile device or desktop computer, you can:

• Design and share protocols
• Program a device
• Start or stop a run
• Check the operating status

Take Control With PCR Thermal Cycler Fleet Control Software

Securely manage multiple users, methods and tools with a single intuitive interface behind your firewall.

High Performance PCR Plastics for
Optimal PCR Results

Applied Biosystems PCR plastics have been designed and certified to work with our thermal cyclers for over 25 years. Options are available for every format and yield need to ensure consistent, accurate results for any experiment.

 

SimpliAmp™ Thermal Cycler

Technical Features

• VeriFlex™ blocks to optimize PCR temperature with precision—the VeriFlex™ blocks provide 3 independent temperature zones, for precise temperature control over your PCR optimization.
• 8-inch color touch screen to help save time—the large and responsive color touch screen simplifies instrument operations with an easy to read interface.
• WiFi-enabled for remote monitoring—conveniently monitor your instrument from anywhere with our free PCR Essentials mobile app.
• Simple lid design to protect your sample—the innovative heated lid is easy to use and designed to help protect your samples. When open, it is in an upright position for easy handle access. Pull the handle forward to close the lid with ease. The heated lid will open automatically if not closed properly, to help safeguard your precious sample.
• Ready to use USB drive to easily back up your data—simply plug in a USB drive and follow the on-screen prompts to back up your data simply and effortlessly.
• Thermal simulation modes to replicate other PCR experiments—a library of simulation modes is available so that you may run an experiment using the same ramp rates as with a previous or different instrument.

 

SimpliAmp™ Technical Features
Interface	USB
Dimensions	24 cm (9.5 in) (W) x 46 cm (18.1 in) (H) x 21 cm (8.3 in) (D)
Display	8 in. color TFT LCD
For use with Equipments	GeneAmp 2700, GeneAmp 9700, Veriti Thermal Cycler, 2720 Thermal Cycler
Block Configurations	96-well, 0.2 mL VeriFlexs
Voltage	100-240V,
Product Line	SimpliAmp™
Temperature Range	0 - 100°C
Capacity	96-well 3 zones VeriFlex
Max. ramp rate	4°C/sec (Block), 3°C/sec (block)
Thermal Uniformity	<0.5°C (30 Sec After Reaching 95°C)
Thermal Accuracy	±0.0.25°C (35°C to 99.9°C)

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