Six Independent Temperature Blocks with imported TEC modules provide precise Temperature control for PCR optimization
* Six Independent Temperature Blocks with imported TEC modules provide precise Temperature control for PCR optimization
* Excellent gradient temperature accuracy (±0.1°C ).
* Independent front and rear air inlet and outlet duct design, which allows instruments to be placed close to each other, saving laboratory space.
* Ultra large fin-type heat sink with intelligent fan speed control technology provides low-noise heat dissipation.
* Segmented heating lid design adapts to all types of PCR tubes, strips and well plates by automatically adjusting the lid height
* The Lid comes with Intelligent auto-heating off function to reduce non-specific amplification by turning off the heating when the temperature of sample blocks is below 30°C.
* Faster Heating and cooling Rates (Maximum heating rate >5°C/s, maximum cooling rate >4°C/s)
* Provides excellent temperature uniformity and the gradient layout reduces edge effect
* Comes with USB interface at the front for easy program import & export. Also, Device software can be upgrade through USB
* Comes with Multiple Accounts and Access rights (Administrator, User Accounts, Visitor Accounts)
* High resolution, 7-inch LCD touchscreen panel for easy operation and monitoring
* Touchdown (TD) PCR Mode and Long Range PCR Modes are available
* Compatible with universal PCR tubes, PCR 8 strips and 96-well plates.
* Excellent gradient temperature accuracy (±0.1°C ).
* Independent front and rear air inlet and outlet duct design, which allows instruments to be placed close to each other, saving laboratory space.
* Ultra large fin-type heat sink with intelligent fan speed control technology provides low-noise heat dissipation.
* Segmented heating lid design adapts to all types of PCR tubes, strips and well plates by automatically adjusting the lid height
* The Lid comes with Intelligent auto-heating off function to reduce non-specific amplification by turning off the heating when the temperature of sample blocks is below 30°C.
* Faster Heating and cooling Rates (Maximum heating rate >5°C/s, maximum cooling rate >4°C/s)
* Provides excellent temperature uniformity and the gradient layout reduces edge effect
* Comes with USB interface at the front for easy program import & export. Also, Device software can be upgrade through USB
* Comes with Multiple Accounts and Access rights (Administrator, User Accounts, Visitor Accounts)
* High resolution, 7-inch LCD touchscreen panel for easy operation and monitoring
* Touchdown (TD) PCR Mode and Long Range PCR Modes are available
* Compatible with universal PCR tubes, PCR 8 strips and 96-well plates.
High resolution, 7-inch LCD touchscreen panel for easy operation and monitoring
Independent front and rear air inlet and outlet duct design, which allows instruments to be placed close to each other,
savinglaboratory space.
savinglaboratory space.
Ultra large fin-type heat sink with intelligent fan speed control technology provides low-noise heat dissipation.
* Segmented heating lid design adapts to all types of PCR tubes, strips and well plates by automatically adjusting the lid height
* The Lid comes with Intelligent auto-heating off function to reduce non-specific amplification by turning off the heating when
the temperature of sample blocks is below 30°C.
* Faster Heating and cooling Rates (Maximum heating rate >5°C/s, maximum cooling rate >4°C/s)
Specification
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item
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value
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Warranty
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2 years
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Classification
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Other
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Customized support
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OEM, ODM
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Brand Name
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Four E's Scientific
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Model Number
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PR122
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Place of Origin
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China
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Sample Capacity
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96-well plates, 12x PCR 8 strips, 96x 0.2 ml well plates
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PCR reaction volume
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10-100 µL
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Max. block heating Rate
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5ºC/s
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Max. block cooling Rate
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4 °C/s
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Temperature uniformity
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<0.5°C (20s after reaching 95°C)
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Sample temperature range
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4°C~100°C
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Temperature accuracy
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±0.1°C (35 ºC – 99.9°C)
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Temperature difference between two adjacent blocks
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0.1°C~5.0°C
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Gradient temperature accuracy
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±0.1°C (35°C – 99.9°C)
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Gradient temperature uniformity
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<0.5°C (20s after reaching 95°C)
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