
BaseTyper™ 96.4/6 Flexible Real-Time PCR System
The BaseTyper™ 96.4/6 Real-Time PCR instruments combine a highly sensitive and precise optical system with a fast heating system to produce reliable results with easy-to-use software.
The BaseTyper™ 96.4/6 instruments are tailored to meet the needs of high-throughput laboratories by combining a capacity of 96 samples with either 4 or 6-channel data analysis.
- CE IVDR
- 4 or 6 channels
- High throughput
- Intuitive software
- Broad dynamic range
Product Details
Reference Number: 751, 753
Product name BaseTyper™ 96.4/6 Flexible Real-Time PCR System
Intended Use
The BaseTyper™ 96.4/6 Flexible Real-Time PCR Systems are intended for performing silent, rapid, and accurate Polymerase Chain Reactions (PCR), Reverse Transcriptase PCR (RT-PCR), quantitative PCR (qPCR), and fluorescence-based melt and High-Resolution Melt (HRM) analyses. The BaseTyper™ 96.4/6 Flexible Real-Time PCR Systems obtain real-time measurements of signals from up to 96 samples in each run. The sample material is normally genetic material such as RNA and DNA. The BaseTyper™ 96.4/6 Flexible Real-Time PCR Systems are intended to be used in medical institution laboratories and clinical laboratories for infectious pathogen (such as viruses, bacteria, mycoplasma, etc.) detection, or multiple tumour marker tests of neoplastic diseases, etc. For scientific research, they could be used for the fluorescence quantitative or qualitative analysis of genetic material (DNA, RNA, and derivatives of both) in fields of immunology, molecular biology, forensic science, genetics, archaeology, zoology, phytology, etc. Each well can be analysed using fluorescence in up to four or 6 different fluorescent channels. The fluorescent signals can for example originate from DNA-binding fluorescent dyes or labelled probes. Signals can be converted to presence, comparative quantities, and/or physical-chemical property readouts. The instruments are intended for use by healthcare professionals or qualified laboratory personnel instructed and trained in the techniques of PCR.
Product Specifications
Capacity 1 to 96 samples
Reaction Volume 30 – 1000 μL
Light source and Detection 1. High-brightness
2. Long-life and maintance-free LED light source
3. Excitation and reading from the top
Consumables 0.2 mL, non-skirted tubes, clear or frosted.
Single tube or 8-well strip
Excitation / Emission (nm) 1. 465/510
2. 527/563
3. 580/616
4. 632/664
Only valid for the 96.6: 5. 680/730 6. 465/616
Channel / Dye 1. FAM, SYBR Green I, etc.
2. VIC, HEX, TET, JOE, etc.
3. ROX, Texas Red, etc.
4. Cy5, etc
5. Alexa Flour
6. FRET
Multiplex level BaseTyper™ 96.4 Up to 4 channels BaseTyper™ 96.6 Up to 6 channels
Experiment data storage 1000 completed run files
Heating Temperature
Heating 6.1°C/s heating
Cooling Rate 5°C/s cooling
Uniformity ± 0.1°C
Accuracy ≤ 0.1°C
Precision ≤ 0.1°C
Connection Options LAN – up to 10 instruments per computer Stand alone
10.4-inch touch screen, data storage of at least 1000
files Cloud-enabled control from PC via network or
USB
Operating Power and Noise 240V
50-60 Hz
<65 db(A)
Instrument Dimension and Weight 47.5 cm (L) x 35.5 cm (W) x 48.4 cm (H)
30 kg (net)
Instructions For Use
The latest version of the Instructions For Use can be found at:
BaseTyper™ 96.4: 5ba.se/PP004
BaseTyper™ 96.6: 5ba.se/PP004

Assisting the Stratification of Lymphomas
The PlentiPlex™ MYD88 L265P assay is intended for in vitro diagnosis of the leucine to proline mutation in codon 265 of the Myeloid differentiation primary response 88 protein (MYD88 L265P) in genomic DNA (gDNA) samples. The obtained results of the PlentiPlex™ MYD88 L265P assay are intended for assisting in the discrimination between patients with Lymphoplasmacytic lymphoma/Waldenstrom macroglobulinemia (LPL/WM) and other non-Hodgkin lymphomas.
