Neat interface and the user-friendly software constitutes the backbone of this versatile system. Easy to understand and easy to use menus let the scientists analyse the assay without any confusion or mistake. Sophisticated features combined with simplified controls give the option of fully automated setup for error-free diagnostic applications or detailed adjustments for the most demanding research projects. Studies with high resolution melting analysis, melting curve analysis, allelic discrimination absolute quantification, relative quantification, isothermal amplification or straightly reporting the viral load of a certain sample at single sight, whatever your goal is Montania 4896 will be your perfect tool.
Temperature distribution of +/-0.1 °C throughout the whole thermal block, a LED light which is capable of exciting with constant intensity during its practically lifelong use, fiber optic translation of every emission read-out and a PMT module system that enables exquisite measurement via physical amplification of each photon’s energy.
And the outstanding software that allows manual optimization in addition to its automated analysis option, completes the picture.
It is well known that the accuracy of the thermal cycles and achieving temperature uniformity between tubes, so that all samples undergo the same thermal conditions, are prerequisites for a reliable PCR reaction.
The result is:
Sample Capacity | 96 (Twin 48-well independent blocks) |
Light Source | LED |
Temperature Range | 4-99 ºC |
Max Ramp Rate | 4.5 ºC/sec |
Temperature Accuracy | +/- 0.1 ºC |
Temperature Uniformity | +/- 0.1 ºC |
Sample Size | 15-100 µl |
Filter Pairs/Wavelengths | 4 (470/510 – 530/565 – 580/620 – 630/665) |
Dyes | FAM/SYBR Green, VIC/HEX/JOE/TET, ROX/Texas Red, Cy5 |
Size and Weight | D: 520 x W: 380 x H: 250 mm – 18 kg |
Gene expression (mRNA) analysis
Genetic variation analysis
miRNA and noncoding RNA analysis
Mutation detection
Additional applications and custom solutions
Montania 4896 Real-Time PCR Instrument
Code: Montania 4896