Benchmark Scientific T30332G [T3-0332G] MultiCycler 332, Triple Block Thermal Cycler, 3 x 32 x 0.2ml

Name: Benchmark Scientific T30332G [T3-0332G] MultiCycler 332, Triple Block Thermal Cycler, 3 x 32 x 0.2ml
Brand: PT. Indomultimeter Test Instrument
Availability: OutOfStock
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Rp.228,341,1290

Ex Tax: Rp.228,341,1290

Brand: Benchmark Scientific
Part Number: T3-0332G
Availability: 4 - 6 WEEKS
Last Updated: 23 Oct 2024

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Description

The Benchmark Scientific T3-0332G MultiCycler 332 is a triple-block thermal cycler from Benchmark’s MultiCycler T3 series. The MultiCycler 332 features 3 x 32 well blocks that accept 0.2 mL PCR tubes and strips, and flat or dome caps. The Benchmark Scientific T3-0332G MultiCycler 332 is designed for laboratories wanting flexibility in their applications. Benchmark’s MultiCycler Thermal Cyclers offer multiple, independent cycling blocks in a single unit. Both dual or triple models offer extremely fast cycling profiles, large touchscreen interfaces, self-adjusting heated lids, gradient capabilities, and an easy-to-use program wizard. All programming features are accessed from the 10-inch full-color touch screen. The screen can be angled towards the user when in use and then tucked away to save space. A program wizard guides users through the simple protocol setup process. Advanced programming features include gradient, adjustable ramp rates, and time increments and decrements. For multi-user labs, password protection prevents interference with an existing run. A USB interface provides unlimited program storage and easy transfer of protocols between MultiCycler machines. The Benchmark Scientific T3-0332G MultiCycler 332 has an auto-adjusting heated lid which prevents condensation and evaporation of samples. The lid temperature can be programmed, and when the blocking temperature is below 95°F, the lid automatically shuts off. Peltier units allow for exceptionally fast heating and cooling of the blocks. Temperature change is precisely and accurately controlled within tight tolerances by a proprietary algorithm that simulates sample temperature, resulting in fast runs and reproducible results. The wells are arranged in a 4 x 8 and 6 x 8 format, allowing for the use of PCR strips and tubes in both models. Each block is independently controlled.