qTOWER³ 84 /G

Catalogue No.

  • Description
  • Features

Supplier

Analytik Jena

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Catalogue No.

qTOWER³ 84 /G

Convenient: Comprehensive PC control
Transparent: No costs for software licenses or updates
Universal: Covers the entire spectrum from a simple representation of Ct values to the ddCt method and multiplate analysis
Multilingual: The software of the thermal cylcer is available in multiple languages, including German
Practical: The twelve color, FRET, and protein modules can be retrofitted or exchanged within five minutes
Future-proof: Thanks to new filter modules, adaptable to new applications at any time
Durable: 10-year long-term guarantee for high-performance
optical components
Efficient: Minimal scan times of 6 seconds for up to six-fold
multiplexing
Innovative: New light source with four long-stability LEDs (RGWB) with no preheating time and a long service life
Brilliant: Ideal illumination and excitation of all 384 samples with
no edge effects
State-of-the-Art: Heating rates of 4 °C/s, cooling rates of 2 °C/s
Unrivaled: Ideal temperature homogeneity and unmatched control precision (± 0.1 °C)
Precise: Programming of integer temperatures for 24 columns of the 384-well sample block using the Linear Gradient Tool (max. range 24 °C).

  • Description
  • Features
Description icon

Convenient: Comprehensive PC control
Transparent: No costs for software licenses or updates
Universal: Covers the entire spectrum from a simple representation of Ct values to the ddCt method and multiplate analysis
Multilingual: The software of the thermal cylcer is available in multiple languages, including German
Practical: The twelve color, FRET, and protein modules can be retrofitted or exchanged within five minutes
Future-proof: Thanks to new filter modules, adaptable to new applications at any time
Durable: 10-year long-term guarantee for high-performance
optical components
Efficient: Minimal scan times of 6 seconds for up to six-fold
multiplexing
Innovative: New light source with four long-stability LEDs (RGWB) with no preheating time and a long service life
Brilliant: Ideal illumination and excitation of all 384 samples with
no edge effects
State-of-the-Art: Heating rates of 4 °C/s, cooling rates of 2 °C/s
Unrivaled: Ideal temperature homogeneity and unmatched control precision (± 0.1 °C)
Precise: Programming of integer temperatures for 24 columns of the 384-well sample block using the Linear Gradient Tool (max. range 24 °C).

Features icon

Features

Thermal block
Sample block Aluminum, special alloy
Block capacity 384 wells microplates
Sample volume 2–30 μl (5–20 μl recommended)
Heating Max. 4 °C/s
Cooling Max. 2 °C/s
Adjustable temperature range 4 °C to 99 °C
Temperature uniformity 55 °C ± 0,15 °C after 15 sec
Temperature control accuracy ± 0,1 °C
Gradient Linear Gradient Tool
Max./Min. Gradient 24 °C/0.1 °C
Heated lid
Lid temperature 30 °C to 110 °C
Contact pressure 30 kg, automated
Optics
Measuring principle Fibre optic shuttle system with 16fold scanner and color modules for excitation and emission filters
Light source 4 long-life, high-power LEDs (RGBW)
Detector High sensitive CPM (Channel Photo Multiplier)
Color modules
  • 12 Color-, FRET- and Protein modules
  • 6 positions inside device
Read-out time 6 sec for 384 wells independent of the number of dyes
Control
Control PC software
Time inc/dec ± 1 to 240 sec/cycle
Temperature inc/dec ± 0,1 to 20 °C/cycle
Dimensions
Weight Approx. 30 kg
Dimemsions (W x H x L) 275 mm x 585 mm x 275 mm

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