Gradient TurboCycler Lite with 96-well Sample Block (220V)  (ref. TCLT-9620)

Gradient TurboCycler Lite with 96-well Sample Block (220V) (ref. TCLT-9620)

MIC qPCR Magnetic Induction Cycler, 2-Channel with HRM

MIC qPCR Magnetic Induction Cycler, 2-Channel with HRM

MIC qPCR Magnetic Induction Cycler - 4-Channel

Primul Termocycler cu Inductie Magnetica din lume.


Video utilizare MIC pentru detectia COVID-19 in laboratoare mobile

click aici:  7 News Mic COVID-19


Mic Fast qPCR Cycling


MIC utilizeaza o tehnologie patentata pe baza de inductie magnetica pentru a incalzi esantioanele, si un ventilator ultraputernic pentru racire. 

Prin combinarea celor doua tehnologii, se obtin rezultate rapide de qPCR, 35 de cicluri de incalzire si racire putandu-se efectua in mai putin de 25 de minute*.

In plus, sistemul optic foarte robust permite achizitia datelor pe toate canalele in mod simultan, ceea ce face ca reactiile multiplex sa fie citite si analizate mai rapid decat cu orice sistem comercial disponibil pana acum !

Doua modele sunt disponibile pentru Cyclerul real-time MIC: cu 2 si cu 4 canale. 

Fiecare canal utilizeaza lungimi de unda diferite, generate de lampi LED de inalta intensitate, de un photodetector si un set de filtre, pentru a obtine un sistem de detectie cu performante neegalate. 

Avand o cale optica fixa si parti componente non-amovibile, nu este nevoie de nici o aliniere optica sau calibrare optica. Niciodata ! 

Mai mult: nu este nevoie de nici un fluorofor qPCR de referinta, sau de analize de compensare a interferentei cauzata de prezenta a mai multi flourofori, in cazul efectuarii reactiilor de qPCR in multiplex. 

*Pentru reactii de qPCR utilizand ca template un ADNc ce genereaza ampliconi scurti, si kituri ce contin polimeraze compatibile cu tehnologia fast cycling.Mic qPCR Cycler Speed Comparison


TVA inclus
101.150,00 RON
Cod SKU (T)

Meet Mic.

Fast. Accurate. Compact.


Mic Fast qPCR Cycling


Mic uses a patented magnetic induction technology to heat your samples and fan forced air for cooling.  This means fast qPCR results through rapid heating and cooling with 35 cycles possible in under 25 minutes*.

Back that up with a robust optical system that acquires all channels simultaneously and running multiplexed assays has never been quicker.  The Mic real-time cycler is available in either 2 or 4 channel models.

Each channel uses an independent high intensity LED, photodetector and filter set combining together to give unparalleled detection performance.

With a fixed optical path and no moving parts there is never any optical alignment or calibration required.  Even better is that no reference dyes or crosstalk compensation is required.

*Assays designed toward cDNA targets with short amplicon sizes and using fast cycling compatible polymerases

Mic qPCR Cycler Speed Comparison
Mic qPCR Instrument Accuracy


Mic delivers unrivaled reproducibility between samples, runs and instruments. Real-time PCR replicates have never looked so good and detection of two-fold differences in gene expression levels never easier.

Why wait to run 384 samples? Get your results now and have the confidence your datasets can be seamlessly combined using our Projects analysis software. Comparing samples between multiple runs or even multiple instruments is effortless. Check out some of our data here.

To achieve this level of quantification precision, the Mic real-time cycler incorporates a unique spinning aluminium rotor which has unsurpassed temperature uniformity during both dynamic and static operations. All other block-based real-time cyclers only promise static uniformity, which could lead to variability as samples aren’t heated and cooled at the same rate.

Combine temperature accuracy of ±0.25ºC, a first class well-to- well temperature uniformity of ±0.05ºC, and superior equilibration time (zero seconds for all wells to reach the same temperature) and you can easily classify difficult class IV SNPs that require melt temperature resolutions of less than 0.1ºC.

You might think this level of performance requires constant calibration of your machine, but Mic’s good to go right out of the box.

Mic qPCR Cycler Accuracy Performance

Mic qPCR Fast, Accurate, Compact Real Time Instrument


Mic takes up less space on the bench than your lab book. And weighing in at just 2kg, this is the most portable and compact qPCR machine on the market. Even four Mic’s stacked together take up less bench space than your current cycler.

Only magnetic induction technology by way of its elegant simplicity makes it possible to achieve such a small qPCR instrument footprint.

The Mic tube format uses 0.1mL strips of four tubes and matching caps, supporting volumes of 5 to 30µL. A tab on the first tube ensures correct orientation of tubes at all times.

High speed centrifugation ensures samples spin down at the start of a run and the pre-loaded oil overlay inside each tube prevents evaporation and condensation.  We have eliminated the need for bulky heated lids and external centrifuges whilst simultaneously improving the quality of results.

These benefits are only possible because of Mic’s unique rotary and magnetic induction cycler technology.

Mic qPCR Fast, Accurate, Compact Real Time Machine


Multiple Mic instruments can be operated from one workstation so 48 becomes 96, and 96 becomes 192. As many as ten instruments can connect to one PC. Bluetooth technology means fewer cables too.

With the latest addition to Mic’s powerful software, it is easy to combine data from multiple runs from multiple machines into one dataset for analysis. Mic’s thermal and optical performance is so reproducible your data looks like it was generated from the same qPCR machine. For more information on the software click here.

Naturally, you want to be up and running as quickly as possible so installation for the instrument has been made plug-and-play. It’s as simple as installing the software and starting your first run.

Mic qPCR Bluetooth Connectivity

Expertly balanced for ultimate performance and accuracy.


Mic qPCR Machine Mic qPCR Machine Rear View
Front Back



Height 130mm (265mm lid open)
Width 150mm
Length 150mm
Weight 2.1kg
Mic qPCR Cycler Specifications Side View       Mic qPCR Cycler Specifications Top View  


Thermal Performance

Temperature Accuracy ±0.25°C
Temperature Uniformity ±0.05°C
Ramp Rates Heating 4°C/s
Cooling 3°C/s
Temperature Input Range 40 – 99°C



Detectors Photodiode per channel
Excitation Sources High power LED for each channel
Channels Green Ex 465nm Em 510nm
  Yellow Ex 540nm Em 570nm
  Orange Ex 585nm Em 618nm
  Red Ex 635nm Em 675nm
Acquisition Time 1 second


Reaction Tubes

Samples per Instrument 48
Reaction Volume Range 5 – 30µL


Operating Environment 

Temperature 18 – 35ºC
Relative Humidity 20 – 80%

MIC Instrumets & Software  

Option of a 2 channel (Green and Yellow) or 4 channel (Green, Yellow, Orange and Red) real-time PCR instrument.

Standard software included for multi-user.

With 2-year warranty (includes replacement or loan unit during repair).

High Resolution Melting (HRM) is an optional extra.

Package Includes

1x MIC-TC  Tube Clamp 
1x MIC-BT  Bluetooth Antenna 
1x MIC-CT  Capping Tool 
1x MIC-TUBES       Tubes and Caps – Box 960 
1x MIC-PA  Power Adapter (100-240V) 
1x  USB Cable 
1x  USB Key with Software and Manual 
1x  Calibration Certificate 
1x  Quick Start Guide 
1x  Safety Information Sheet 
1x  Power Cable  


Created by Bio Molecular Systems

Mic is developed and manufactured by Bio Molecular Systems (BMS), the original team behind Rotor-Gene 6000™, X-Tractor Gene™ and CAS-1200™.

At BMS, we’re committed in helping you further with your research in the life sciences. Founded by leading innovators of the former Corbett Life Sciences Company, we draw on decades of expertise when designing, manufacturing and distributing our laboratory instruments of unparalleled accuracy and functionality.

With two state-of-the-art R&D and manufacturing facilities located near Brisbane and Sydney, we’re able to optimise quality and ensure rapid product development.

Mic qPCR Fast, Accurate, Compact Instrument - Wireless Connectivity