This new generation analyzer Microsemi CRP LC-767G is more compact and proposes enhanced software and network connectivity providing higher memory, usability plus a new ratio: Granulocytes-to-Lymphocytes Ratio (GLR). &nbsp; The Microsemi CRP LC-767G provides information of great clinical value enabling quicker and more accurate medical decisions at the Point of Care to ultimately reduce hospitalization times and patient costs.&nbsp; Its powerful and accurate CRP analysis allows the screening of patient samples to quantify the presence of inflammation caused by bacterial, viral (e.g. COVID-19), parasites infections and other treatable inflammatory diseases.

Microsemi CRP LC-767G

Discover cutting-edge performance and reliability with our flagship product.

Model

CBC: 55 tests/hour; CBC+CRP: 15 tests/hour

Throughout

20 parameters including 3-part WBC differential

Parameters

CBC +#DIFF mode : 10 μL; CBC + 3DIFF+CRP mode: 18 μL

Sample Volume

16.9 in (h) x 8.7 in (w) x 17.3 in (d) / 430 x 220 x 440 mm (W x D x H)

Dimensions

Weight

Power Supply

LCD color touchscreen with virtual keyboard

User Interface

An organic pollutant monitor that applies HORIBA's proven and proprietary rotary cell length modulation method which has been developed over many years. Suitable for use in monitoring organic pollutants at discharge points under the Total Pollutant Load Control System (TPLCS), organic matter measurement at water intake points for monitoring water quality, and monitoring organic substances in process lines (such as phenol meters).

OPSA-150

UV absorbance, VIS absorbance, COD conversion concentration, TURB (turbidity) conversion concentration

Measurement item

Dual optical path, Dual wavelength, rotary cell length modulation method

Measurement principle

Ultraviolet: 253.7 nm, Visible light: 546.1 nm

Measurement wavelength

Structure of analyzer unit

UV absorbance/VIS absorbance Full scale: 0.1 Abs to 5.0 Abs (setting by 0.1 Abs is possible)

Measurement range (converted by cell 10mm)

Minimum scale

T90, within 1 minute (flow rate of approximately 5 L/min)

Response time

The S600 Series is designed by HORIBA STEC and manufactured by HORIBA Precision Instruments to emphasize its cost reduction capabilities in your process. The S600 Series is suitable for a large variety of industries and applications. The S600 Series can control a wide range of flows: from 3 SCCM to 500 SLM and has various types of communications available i.e. Analog, RS485, DeviceNet™, PROFIBUS™, and EtherCAT®. The S600 Series offers high accuracy (+/- 1.0% S.P. *1) and high-speed response.

MFC - S600 Series

S-600 Series (Configurable: S-610, S-620, etc.)

O₂, CO, CO₂, NOx, SO₂, CH₄, H₂S (Selectable per model)

Measurement Items

UV: 253.7 nm, VIS: 546.1 nm (Hg lamp standard)

Measurement Wavelength

NDIR (CO/CO₂), Zirconia (O₂), Chemiluminescence (NOx), Electrochemical (H₂S)

Measurement Principle

0–100% (O₂), 0–5000 ppm (NOx), 0–100 ppm (SO₂), 0–25% (CO₂)

Measurement Range

Accuracy

Repeatability

Response Time (T90)

Sample Flow Rate

Analog (4–20 mA, 0–10 V), Digital (RS-485, Ethernet, Modbus)

Output Signals

Operating Temperature

19" rack-mountable (3U/4U), IP rating: IP42

Enclosure

CE, ISO 9001, EPA-compliant (for emissions models)

Certifications

The ABX Pentra XL 80 is a high-performance, fully automated hematology analyzer with integrated validation. It delivers a full CBC with 5-part differential, processing up to 80 samples per hour, and features advanced sampling and mixing technologies—ideal for busy laboratories requiring precision and productivity.

ABX Pentra XL 80

Power supply

32.3 x 22.4 x 21.5 in / 82 cm x 57 cm x 54 cm

Printer

Throughput

12-inch color LCD touch screen with onboard PC (Celeron 566 MHz, 256 MB RAM, 10 GB HDD)

Data Processing

RS-232C, 2 × USB 1.0, LIS integration (ASTM protocol)

Connectivity

36 parameters including 5-part differential

Measurement Parameters

Operating Conditions

HELO 2.0 (HORIBA Evolutive Laboratory Organization) is an advanced automated hematology ecosystem designed for seamless connectivity with digital morphology and staining solutions. It offers a comprehensive track system capable of integrating:


<ul><li>Six high-end hematology analyzers</li></ul>


<ul><li>Automated smearing and staining units</li></ul>


<ul><li>Digital morphology platforms</li></ul>


<ul><li>Modular track configurations tailored to individual laboratory requirements</li></ul>

HELO 2.0

High Throughput Modular Hematology Platform with Advanced Automation

HELO 2.0 (Yumizen H1500/H2500 integration)

Configurable, modular track-based system; dimensions vary by configuration (consult HORIBA for specifics)

Up to 120 samples/hour per Yumizen H2500 analyzer (multiple analyzers supported)

Integrated hematology expert validation station with color LCD touchscreen, supporting over 200 preloaded reflex rules

LIS integration (ASTM protocol), Ethernet, USB, supports multi-site configurations

Up to 36 parameters including 8-part differential, nucleated RBC count, and 3 large platelet parameters

110 μL (CBC + DIFF, venous blood) per analyzer

Discover cutting-edge performance and reliability with our flagship product&nbsp;World exclusive concept: Simultaneous blood analysis + CRP measurement, along with data management<ul><li>CBC+CRP results in 4 minutes (15 tests / hour)</li><li>CBC results in 1 minute (55 tests / hour)</li><li>19 parameters</li><li>Open Tube</li></ul>*This product is not in any way affiliated with MICROSEMI Corporation.

Microsemi CRP LC-667G

19 parameters including 3-part WBC differential

16.9 in x 10.3 in x 17.7 in / 430 mm x 262 mm x 450 mm

An in-vitro diagnostic device designed to automate manual microscopy in a diagnostic laboratory. It uses robotics and AI to digitize Blood and Urine samples to enable AI aided remote review. It generates a pre-classified report of blood and urine with accuracy. This report can be accessed and approved from anywhere, ensuring timely and accurate results to meet patient's needs.The Yumizen D20 has 2 modules.<ol><li>Shonit: An AI application to analyze blood cell morphology which identifies and pre-classifies WBCs, RBCs and platelets in a peripheral blood smear.</li><li>Shrava: An AI application to analyze urine sediment to identify&nbsp;and pre-classify&nbsp;multiple elements present in urine sediment.</li></ol>

Yumizen D20

Shonit :Blood morphology analyzer. 
Shrava: Urine sediment analyser                                                 

Analyzer type

Shonit :
WBC –LYM%, MON%, NEU%, EOS%, BAS%, IG%, Atypical/Blasts%, NRBC%, Immature cells
 RBC -Normocyte*, Microcyte*, Round Macrocyte*,Ovalo Macrocyte*Elliptocyte*, Ovalocyte*, Target*, Teardrop*, Echinocyte*, Fragmented*
 Platelets-PLT, Macro PLT, Giant PLT, Platelet Clumps       

Shrava: Semi-Quantitative:
RBC, PUS cells, Microorganisms,
Detected vs Not Detected: Epithelial Cells, Cast, Crystal,Yeast
      



1.Manual or Automated peripheral blood smears on glass slides with a thin layer of oil.
2.Specially designed single-use cartridge GS200µ charged with 100µl of a uncentrifuged Urine. 


Sample Prepration

Shonit: 20 slides per hour
Shrava: 40 samples per hour


Single slide at a time for peripheral smear.
2. Single Cartridge at a time for Urine which can process 3 samples


Slide/Cartridge Loading

Length – 74 to 76 mm
Width – 24 to 26 mm
Thickness – 1.0 to 1.35 mm.
cartridges: GS200µ


Slide/Cartridge specifications

A thin layer of oil to be applied manually

Oil immersion

Romanowsky Stains (Leishman,
May-GrÜnwald- Giemsa, Wright Giemsa, Giemsa)


Stains

Regulatory approval

Camera

•	Single optical column
•	40X Objective lens
•	Optical resolution of approximately 700 lp/mm
•	Digital resolution of approximately 6.1 pixels/micron


Optics System

Illumination Source

Stage movement resolution

Stage Travel Speed

Barcode Reader

•	Performance Qualification test for hardware and image quality

Quality Control

Unlimited archiving in Mandara utilizing either LAN or Wi-Fi

Archiving of results and images

External Interface

Input Voltage: 100-240VAC, Nominal Power: 60 watt, AC frequency : 50/60 Hz

Power

•	485mm x 572mm x 485mm / 19.1in x 22.52in x 19.1in

Size (W x D x H)

This solution is specifically designed for mid to high- end laboratories seeking superior performance combined with user-friendly operations.&nbsp;It offers an impressive throughput of&nbsp;400 photometric tests per hour, which increases to&nbsp;600 tests with ISE integration, ensuring prompt and precise diagnostic results.&nbsp;Its high-speed processing capabilities maintain an uninterrupted workflow, even during peak operational hours, effectively minimizing manual intervention and delays.&nbsp;The system supports&nbsp;automated sample loading, reagent dispensing, and result analysis, delivering a seamless and efficient laboratory experience.

Yumizen C600

400 tests/hour (Photometric), 320 tests/hour(ISE), 600 tests/hr(photometric + ISE

Principal

Sample Type

126 cooled Sample positions, with 81 barcoded positions

Sample Position

500μL Pediatric Cup, Vacutainer, Test tubes,  2ml cup

Sample Cups

Clot Detector 

88 cooled positions (44 bottles of 20 or 60 mL + 44 bottles of 20 mL)

Bottle Size

Temperature

Type of Syringe

3 Probes - for Reagents( 1 for Reagent A and 1 for Reagent B) &  1 for sample

No. Of Probes

7  Probes (2 Wash, 3 for Rinse, 2 for Dry)

Cuvette Washing System

Reaction Volume 

Reagents Volume R1

Reagents Volume R2

No. of Cuvette position

No. of stirrers 

Laundary System

Light Source

Photometric Ranges

Wavelengths

Main Photodiaode + Reference Photodiaode


Photo Detector 

Water Inlet

Water Type

Water Consumption

Wash Solution Container

Main Voltage

Electric Power

Ambient Temp

Windows 10 or above  64 bit/ Intel Core i3 & above

Operating System

RAM & Memory

Interface

Dimension (W/D/H)

The Semi-Automated Hemostasis Instrument is a compact, 2-channel device designed for small laboratories to efficiently perform hemostasis screening and D-Dimer tests. Featuring an innovative, user-friendly interface, it offers two independent measuring channels and supports three reference methods clotting, immuno-turbidimetric, and chromogenic for precise results with a maximum measurement time of 120 seconds.&nbsp;&nbsp;The instrument simplifies operations with a master calibration curve, eliminating the need for calibration, and includes robust QC management. It enhances security and convenience with barcode reading, external data storage via USB, and ready-to-use reagents. With a 1,000-data storage capacity, external printer connectivity, multiple connectivity options, and maintenance-free design, this instrument maximizes efficiency and reliability for small-scale laboratory testing

Yumizen G200

100-240VAC, 47-63 Hz, 25W External power supply

2 x USB plug:
1 x Master USB connector: to connect an external printer, barcode reader or external storage device to the instrument.
1 x Slave USB connector: to connect the instrument to a computer as an external device.

Export

Screen

Storage capacity

Yumizen G200                        1 pc                    
Power supply unit                   1 pc               
Magnetic mixer (2 pcs / set)    1 set
User Manual                           1 pc       

Consumables (kit)

EN 61326-2-6: 2006
IEC 61010-1: 2001
IEC 61010-2-101: 2002
EN ISO 13485: 2003 and 2012
NF EN ISO 14971: 2013

Norms

98/79/EC (DIV)
2011/65/EU (RoHS)
1907/2006 (REACH)
2014/30/EU (Electro Magnetic Compatibility)
2014/35/EU (Voltage limits)

Directives

The Yumizen G405 is a semi-automated, compact 4-channel hemostasis analyzer designed for routine and specialized coagulation testing. Utilizing nephelometric, chromogenic, and immunoturbidimetric techniques, it delivers accurate results in a maintenance-free format with an intuitive touchscreen interface.

Yumizen G405

Length: 210 mm, Height: 94 mm Depth: 362 mm

4 USB/Ethernet (LIS/Barcode reader/Data export/Keyboard/Mouse) External data storage (USB/LAM)

Connection/Exportation

7” Capacitive touch screen (800 x 400 pixels) Integrated printer

Storage Capacity

PT, APTT, FIB, TT
LA - dRVVT (screen and confirm)
Factors (II,V,VII,X,VIII,IX,XI,XII)
DDimer
Antithrombin

A wide spectrum of assay parameters

Yumizen G405 1pc
Power supply unit 1pc
Pen for touch screen 1pc
Magnetic stirrer 2pc
User manual 1pc

Consumables

The Fully Automated Hemostasis Instrument, designed for laboratories, featuring four independent measuring channels. It has 14 cooled and 4 reagent-embedded positions, and continuous loading for 60 samples plus five STAT samples.&nbsp;&nbsp;It is equipped with automatic reflex and rerun capabilities, ready to use reagents with a master calibration curve, ensuring comprehensive security with positive identification of samples.&nbsp;Three reference methods (clotting, immuno-turbidimetric and chromogenic) for boosting efficiency to achieve a throughput of 160 PT tests/hour. Yumizen G800 comes with&nbsp; internal data storage, an integrated computer and maintenance-free operation.&nbsp; &nbsp;It comes with user-friendly innovative interface, smart QC management and multiple connectivity like LIS and VPN.

Yumizen G800

Lenght: 850 mm, Height: 510 mm, Depth: 750 mm

Clotting tests (640 nm),Screening tests (PT, APTT, Fibrinogen, TT) Factors (II, V, VII, X, VIII, IX, XI, XII),Immuno-turbidimetric test (570 nm),D-Dimer,Chromogenic test (405 nm),Chromogenic test (405 nm),ATIII

EN 61326-2-6: 2006,IEC 61010-1: 2001,IEC 11010-2-101: 2002,EN ISO 13485: 2003 and 2012,NF EN ISO 14971: 2013

98/79/EC (DIV),98/79/EC (DIV),1907/2006 (REACH),2014/30/EU (Electro Magnetic Compatibility),2014/35/EU (Voltage limits)

Directive

A highly advanced analyzer solves the mysteries of the nano-world. A single device analyzes the three parameters that characterize nanoparticles: particle size, zeta potential, and molecular weight.&nbsp;Nanotechnology research and development is a continuously evolving effort to control substances at the atomic and molecular level in order to achieve new and better materials and products. The miniaturization of components – that is, control at the nano-level – is necessary to achieve faster, higher-performance devices and functions and to reduce energy consumption. Nanotechnology has come to play a key role in wide-ranging fields that affect our daily lives, including food, cosmetics, and the life sciences.&nbsp;Clear and simple multi-parameter analysis of nanoparticles!&nbsp;Three analyzers in a single compact body deliver high-sensitivity, high-accuracy analysis of each measurement parameter.

NanoPartica SZ-100V2

Particle size measurement: Dynamic Light ScatteringMolecular weight measurement: Debye plot method (static scattered light intensity)

Measurement principles

Particle size: 0.3 nm to 10 μm Molecular weight: 1000 to 2 x 107 Da (Debye plot) 540 to 2 x 107 Da (MHS Equation)*1

Measurement range

Maximum sample concentration

Measurement accuracy of ±2% for NIST traceable polystyrene latex 100 nm spheres (not including variation in the standard particles themselves)

Particle size measurement accuracy

90° and 173° (automatic or manual selection)

Measurement angles

Cells

Approx. 2 min. under ordinary conditions (from the start of measurement to the display of results for particle size measurement)

Measurement time

Minimum volume of 12 μL*3 to 1000 μL (differs depending on cell material)

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