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The Real-time PCR Thermocycler qTOWER iris empowers your research journey. This open system has been designed to help users meet their current and future needs in qPCR, offering the freedom to select consumables, assays, and color modules as per their project requirements. Hot Air Oven
This instrument is designed for long-lasting, reliable usage, with the capability to target six points simultaneously. Its operation is both quiet and smooth, ensuring uniform precision across all wells and providing confidence and reliability in scientific endeavors.
Complete Spectrum: Clear signal detection spanning from UV-A to Near Infrared (NIR) and the ability to multiplex up to six targets simultaneously.
Freedom of Choice: It is compatible with all standard dyes, consumables, reagents, and assays.
Color Modules: Users can freely select and purchase individual components according to preferences.
Temperature Accuracy: ± 0.15 ºC precision (in contrast to the market standard of up to ± 0.4 ºC).
Application Support: Users can obtain it directly from the manufacturer.
Open Access: The raw data is freely accessible, or it can be presented as interpolated curves.
Image Credit: Analytik Jena US
Image Credit: Analytik Jena US
Image Credit: Analytik Jena US
Image Credit: Analytik Jena US
Image Credit: Analytik Jena US
The Full Spectrum: The qTOWER iris can simultaneously process up to six targets, delivering clear signals across the full spectrum, spanning from Near Infrared (NIR) to UV-A. It comes factory-calibrated, eliminating the need for recalibration when incorporating new dyes.
Ergonomics: The qTOWER iris conducts a self-test before each run, and the integrity of the fiber optic system can be verified using a Fiber check. Its mechanical components are flawless, and it operates quietly, promoting a tranquil laboratory setting.
Free Choice: Color modules are available as separate options, and users have full control over the selection of dyes and consumables. The device does not necessitate recalibration when switching to new dyes, and software gain settings allow for the selective amplification of weak signals.
Image Credit: Analytik Jena US
Ideal for high-throughput real-time PCR applications and compatible with the UVA spectrum wavelength range. Offered in 100 V, 115 V, and 230 V versions.
Image Credit: Analytik Jena US
Designed for high-throughput real-time PCR applications and optimized for use in the UVA spectrum wavelength range, this product is offered in 100 V, 115 V, and 230 V versions.
Image Credit: Analytik Jena US
A standalone real-time PCR system featuring an integrated 10" tablet for intuitive setup and protocol guidance, offered in 100 V, 115 V, and 230 V versions.
Image Credit: Analytik Jena US
A standalone real-time PCR system equipped with an integrated 10" tablet for user-friendly operation and protocol guidance, suitable for applications within the UVA spectrum wavelength range. Available in 100 V, 115 V, and 230 V versions.
Image Credit: Analytik Jena US
A real-time PCR system designed in the standard 96-well format, controllable via a PC, and customizable with up to 6 color modules. Available in 100 V, 115 V, and 230 V versions.
Image Credit: Analytik Jena US
This real-time PCR system is engineered in the common 96-well format, can be controlled via a computer, is adaptable with the option for up to 6 color modules, and is optimized for applications in the UVA spectrum wavelength range. It is accessible in 100 V, 115 V, and 230 V variants.
Image Credit: Analytik Jena US
qTOWER iris 384, 230V, incl. color module 1 844-00858-2
qTOWER iris 384, UV ready, 230V, incl. color module 1 844-00859-2
qTOWER iris touch, 230V, incl. color module 1 844-00855-2
qTOWER iris touch, UV ready, 230V, incl. color module 1 844-00856-2
qTOWER iris, 230V, incl. color module 1 844-00853-2
qTOWER iris, UV ready, 230V, incl. color module 1 844-00854-2
The target temperature is achieved with precision during both heating and cooling, preventing any overshooting or undershooting, which effectively prevents false amplification (artifacts).
Additionally, there are no edge effects due to the uniform temperature distribution throughout the entire block, resulting in a deviation of only ± 0.15 ºC, as opposed to the market standard of ± 0.4 ºC. This level of precision extends to readout results as the fiber optic system advances column by column, ensuring that each well is read from the same angle, unlike camera optics.
The Linear Gradient Tool permits the examination of different temperatures column by column in a single run. It offers twelve temperature ranges for the 96-well block (24 for the 384-well block). The gradient function covers a range of up to 40 °C for the 96-well block or 24 °C for the 384-well block, with the ability to adjust it in increments of at least 0.1 °C.
Image Credit: Analytik Jena US
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