ABX Pentra 80
Overview Ideal for "hot lab" working Integrated Workstation with Color Touch Screen Micro-sampling from whole blood (CBC : 30 µL - DIFF: 53 µL) Cytochemistry, Impedance (real cell volume measurement) & Optical (analysis of the internal cellular structure by measuring light absorbance) - DHSS* Technology. Perfect homogenization of blood samples with reagents - MDSS** Technology. Features - ABX Pentra 80 Throughput…
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Very good results
Laboratory
Very good, I use it everyday.
Review Date: 26 Feb 2020 | Horiba Medical
Teaching
This is easy to use and reliable. They have great after sales service along with a good helpline. They send out reagents quickly. The sales reps are very friendly and professional.
Review Date: 7 Nov 2013 | Horiba Medical
Overview
- Ideal for "hot lab" working
- Integrated Workstation with Color Touch Screen
- Micro-sampling from whole blood (CBC : 30 µL - DIFF: 53 µL)
- Cytochemistry, Impedance (real cell volume measurement) & Optical (analysis of the internal cellular structure by measuring light absorbance) - DHSS* Technology.
- Perfect homogenization of blood samples with reagents - MDSS** Technology.
Features - ABX Pentra 80
- Throughput: Up to 80 samples/hour
- Large capacity auto-loader (100 tubes)
- Stat sampling on open or closed tubes
- Automatic Sample Re-run
- Reagents: Only 4 onboard reagents and 1 diluent
- Perfect differentiation of the 5 WBC sub-populations with DHSS* Technology
- 3 histograms for RBC, BAS/WBC and PLT together with the 5 DIFF Matrix.
- Basophils counted through specific channel
- High resolution matrix includes the determination of 2 additional subpopulations (% and #): Atypical Lymphocytes (ALY***) and Large Immature Cells (LIC***)
Horiba Pentra DX Nexus – Clinical Case Study: Multiple Myeloma
The Pentra DX Nexus is the high-throughput hematology analyzer from Horiba Medical. This state-of- the art analyzer uses 5 recognised measurement parameters for differentiation and quantification of hematopoietic populations. This case study is the tenth in a series of twelve, and gives differential plots, parameter flags and morphological analysis of a patient with Multiple Myeloma.
