Getein 1180 Immunofluorescence Quantitative Analyzer is used to measure the concentration of biomarkers in human whole blood, serum, plasma, urine, nasal swab, or saliva samples. Getein 1180 Immunofluorescence Quantitative Analyzer (hereinafter called Getein 1180) is an analyzer for processing and analysis of Getein test kits including biomarkers for cardiovascular diseases, renal function, inflammation, fertility, diabetes mellitus, bone metabolism, tumor, and thyroid function, etc. Getein 1180 is used to measure the concentration of biomarkers in human whole blood, serum, plasma, urine, nasal swab, or saliva samples. The results can be used as an aid in clinical diagnosis of laboratory and point-of-care testing. It is applicable in Emergency, Clinical labs, Outpatient, ICU, CCU, Cardiology, Ambulance, Inpatient Wards, etc.

The ADVIA® 1800 Clinical Chemistry System pushes the limit of productivity. Its extensive menu allows integration of testing for clinical chemistry, drugs-of-abuse, therapeutic drug monitoring (TDM) and specific proteins such as cystatin C and CardioPhase® hsCRP. The ADVIA 1800 Clinical Chemistry System offers: Throughput of up to 1,800 tests per hour to keep pace with workload peaks 200 basic metabolic panels per hour to meet turnaround-time demands Large onboard reagent capacity and optional concentrated reagents to reduce interruptions Optimal standardization of reagents and systems for efficient consumable usage Refrigerated onboard storage of controls and reagents for extended stability and increased productivity Automation-ready design: no additional hardware required Features & Benefits The ADVIA 1800® Clinical Chemistry System pushes the limit of productivity in the core lab and meets the turnaround-time (TAT) goals of today’s laboratories. Its extensive menu allows integration of general clinical chemistry testing with testing for drugs-of-abuse, TDM, special chemistry, and specific proteins such as cystatin C and CardioPhase® hsCRP. Automation-ready design Point-in-space aspiration enables connectivity to a track, VersaCell® System. Redundant sample loading provides built-in backup and easy handling of non-routine samples. Direct sampling from track prevents tubes being detained at an analyzer and reduces aliquoting. Peak productivity Throughput of up to 1,800 tests per hour provides the speed to keep pace with workload peaks. Throughput of 200 basic metabolic panels per hour helps to meet turnaround-time demands. Automatic Sample Retain technology lets you perform reruns and dilutions without the need to retrieve primary tubes. Consolidate chemistry testing on one system with a comprehensive menu, consistent cycle times, speed, and open application capability. Total system reliability Minimal-maintenance ISEs Robust hardware and simplified software design, with automatic calibration validation and tracking Advances in reagent onboard stability, calibration frequency, interference reduction and assay linearity expansion Direct water connection Remote diagnostics and Inter-Laboratory Quality Control (ILQC) options Easy efficiency Large onboard reagent capacity and optional concentrated reagents reduce interruptions. High-resolution touchscreen delivers push-button operation. Reagent pause capability and onboard Sample Pause button make loading easy. Minimal maintenance requirements, including no-maintenance oil bath, reduce hands-on time. Sample integrity checking, include serum indices reporting, short-sample flagging, and clot detection, reducing the need for manual intervention.

The advanced BC-6800Plus not only provides more reliable routine CBC plus 5-part DIFF results, but also has a higher throughput of up to 200 samples per hour. Based on the new SF Cube technology platform, the BC-6800Plus could provide more reliable blood cell results and abnormal cells flagging results with anticipated warning messages, exceeding clinicians’ expectations and setting a new standard for blood analysis. SF Cube Technology With the newly designed opticals and reagent systems, the SF Cube technology can help doctors to better differentiate the clusters of cells, which is the key to revealing more abnormal cells. NRBC result in every CBC In WNB scattergram, BC-6800Plus provides NRBC, Basophils and WBC-N* results. It means that the actual number of NRBCs can be measured in routine CBC, if they are present in the sample. Basophils are counted in this counting channel with NRBC results. Basophil and NRBC results are generated on BC-6800Plus without extra reagent or cost. NLR parameter in each CBC+DIFF Neutrophil-to-lymphocyte ratio (NLR) is calculated by dividing neutrophil count by lymphocyte count, usually from peripheral blood sample. In laboratory medicine, NLR is used as a marker of subclinical inflammation. According to clinical studies, NLR can be used as a prognostic factor of severe illness in COVID-19 patients. More accurate RET and PLT-O result By utilizing the new fluorescent dye, the reticulocytes and platelets are more specific stained with stronger fluorescent signal, that brings more reliable reticulocyte and platelet results. Automatic Rerun & Reflex Should the sample results trigger the criteria, the sample rack can automatically step back for a “rerun” or “reflex” check. 200 test/hour BC-6800Plus can load up to 100 samples at a time and offers a throughput of up to 200 tests per hour.

n large laboratories, rows of instruments are seen working tirelessly like miniature factories – only they produce not commodities but medical test results. Mindray CAL 8000 new-generation cellular automation line is one of them, but unlike a typical workhorse, it is intelligent. It is a highly automated workstation for smarter, faster, and more accurate cellular analysis. It can perform competently in the face of these challenges. The workstation can hold up to four units of BC-6800 automated hematology analyzer, which utilizes the advanced SF Cube technology and 3-D scatter grams to help doctors better differentiate blood cell populations and reveal abnormal cells undetectable by conventional techniques. With 125 CBC tests per hour per unit, BC-6800 brings the process rate of the workstation to 20–30 percent higher than other similar models, effectively alleviating laboratory's stress during the peak processing hours. On CAL 8000, the hematology analyzer, slide maker and stainer, CRP analyzer, and HbA1c analyzer are all integrated into one seamless production line through automated track modules and trolley. Simply by loading a single tube of blood sample onto the automation system, one can get all the test results. This innovative walk-away automation functionality has made possible the CBC+CRP+HbA1c testing all in one streamlined workstation for the first time in the industry. It offers a smart solution, or rather, a smart expert – the labX pert 2.0. It is a software that can automatically sort out the suspected samples for manual validation. The pathologist then decides if rerun or microscopic review is warranted based on their clinical experience. It avoids wasting slides and reduces extra work. Moreover, the onboard automated re-exam functionality also helps enhance work efficiency. The CMU software The touch screen is the “brain” of CAL 8000. It optimizes the distribution of workload between each analyzer unit and decides which sample requires a blood smear. It displays the status of each analyzer or SC-120 installed on CAL 8000 as well as the volume of balance reagent. This intuitive software can tell the users all necessary information of CAL 8000 at any given time. Consequently, the users spend less time operating CAL 8000 and can arrange their working schedule better. Multi “R” tests The CAL 8000 can automatically distribute the samples with “Repeat”, “Rerun” and “Reflex” criteria which are pre-defined by users.The re-exam criteria on CAL 8000 can be defined by many conditions, such as time, patient’s age, gender, department, etc. This helps minimize the number of blood smears. Special tube racks The special tube racks utilize different barcodes to differentiate specific testing purposes, such as “QC”, “Slide making & staining only” and “RET test only”. The special tube racks can carry the tubes to perform these specific functions in the simplest way.

For smaller Laboratories Smaller, but with full functionality Compact size Full functions and performance in a compact size. *Size comparison with HA-8180V Accuracy HPLC technology provides accurate results-inluding detailed chromatogram. it will be shown in both IFCC and NGSP units. Cap-piercing method ADAMS Lite uses a cap-piercing method which enables the placement of capped blood samples. This not only reduces the workload but also helps protect lab technicians from infection. Easy-to-maintain No special tools are required for daily maintenance. Exchanged parts are hand-tightened, minimizing the workload of users. Specifications Measurement objects Whole blood or hemolysis sample Measured items Fast Mode: HbA1c (Stable HbA1c, S-A1c) and HbF Variant Mode: HbA1c (Stable HbA1c, S-A1c) and HbF (HbS and HbC separation and HbE and HbD detection can be performed). Measurement principle Reversed-phase cation exchange chromatography Measurement wavelength 420 nm/500 nm (Dual-wavelength colorimetry) Resolution 0.1% Ratio, 1 mmol/mol Measurement range HbA1c: 3 - 20%, 9 - 195 mmol/mol HbF: 0 - 100% Processing speed Variant mode: 160 seconds/test Fast mode: 100 seconds/test Sample consumption Whole blood sample: Approximately 4µL Anemia sample: Approximately 8 µL Hemolysis sample: Approximately 350 µL Sample container Sample tube: (12.3 or 15 mm in outer diameter) × (75 to 100 mm in height) Sample cup: 500 µL Sample supply Piercing sampling Compatible rack type ARKRAY racks (for 5 samples) Operating environment Temperature: 10 - 30°C; Humidity: 20 - 80% RH (No condensation) Display 20 digits × 2 lines LCD Printer For use with 58-mm width thermal printer paper Number of measurement samples Maximum 10 samples Power requirements AC 100 - 240 V±10%, 50/60 Hz Dimensions 330 (W) × 515 (D) × 485 (H) mm (Not including protrusions, eluent packs and hemolysis washing solution bottle)

The ADAMS A1c, HA-8180T is a fully automated Glycohemoglobin analyzer based on HPLC (High Performance Liquid Chromatography) and is highly effective for ß-thalassemia testing. Measurement speed: 3.5 minutes/test Measurement Item as below HbA2 HbF HbA1c (Stable HbA1c, S-A1c), HbS, HbC, HbE and HbD can be detected. Column design with no more pre-filter change. Color LCD with reagent level, graphs on screen. Samples Whole blood or hemolysis sample Measurement items HbA1c（Stable HbA1c, S-A1c）, HbA2 and HbF (HbS, HbC, HbE and HbD can be detected.） Reagents *1 ELUENT 80A, ELUENT 80B, ELUENT 80CT and HEMOLYSIS WASHING SOLUTION 80H Column *2 COLUMN UNIT 80T Measurement principle Reversed-phase cation exchange chromatography Detection method Dual-wavelength colorimetry (wavelengths measured: 420nm/500nm） Resolution 0.1% Ratio, 1 mmol/mol Measurement range *3 HbA1c : 3-20%, 9-195 mmol/mol HbA2 : 2-10% HbF : 0-100% Guaranteed measurement range *4 HbA1c : 4.2-12.9%, 22-117 mmol/mol HbA2 : 2.4-6.3% HbF : 0.1-14.3% Processing speed 210 seconds per sample Sample consumption Approx.14μL（whole blood） Sample container Blood collection tube （12.3 to 15mm diameter) × ( 75 to 100mm length） Sample cup（500μL） Sampling method Cap-Piercing Rack type ARKRAY racks Number of measurement samples One-way transportation (factory set) : Maximum 50 samples Loop transportation : Maximum 100 samples Column temperature Approx. 39℃ Display Color graphic LCD with backlight Memory capacity 500 test results ( including calibration results ) Built-in Printer Termal printer, 58mm thermal paper External output Serial 1 port (Can be optionally used as an Ethernet port.) Measurement conditions Temperature : 15-30℃ Humidity : 20-80% relative humidity (non-condensing ) Required sample volume Blood collection tube : Minimum 10mm away from the bottom Sample cup : 400μL or more Warm-up time Maximum 30 min. Dimensions 530（W）×530（D）×530（H）mm (Not including the hemolysis washing solution bottle) Weight Analyzer: Approx. 39kg, Sampler: Approx. 4kg Power supply AC100V-240V ±10% 50/60Hz Power consumption Max. 300 VA *1, *2 Reagents and column are sold separately from HA-8180T analyzer. *3 Error-free measurement ranges. *4 Guaranteed ranges for obtaining results equivalent to those from HA-8160 TP mode measurement. ※Design and specications may be changed without prior notice

The ADAMS A1c, HA-8180 is a fully automated Glycohemoglobin (HbA1c) analyzer based on HPLC (High Performance Liquid Chromatography). HbA1c is a good parameter for long-term blood glucose monitoring in patients suffering from diabetes mellitus. Measurement Speed: 48 sec/test for Fast Mode and 90 sec/test for Variant mode. Measurement items are as follows. HA-8180V, Fast Mode HbA1c (Stable HbA1c, S-A1c) and HbF HA-8180V, Variant Mode　 HbA1c (Stable HbA1c, S-A1c) and HbF HbS and HbC separation and HbE and HbD detection can be performed. ・Column design with no more pre-filter change ・Economical - improved aluminium reagents for more efficient reagent supply ・Color LCD with reagent level, graphs on screen Specifications Configuration Main body, sampler (with sample tube spinning unit) and accessories Measurement objects Whole blood or hemolysis sample Column COLUMN UNIT 80 Reagents ELUENT 80A, ELUENT 80B, ELUENT 80CV and HEMOLYSIS WASHING SOLUTION 80H Measurement items Fast Mode HbA1c (Stable HbA1c, S-A1c) and HbF Variant Mode HbA1c (Stable HbA1c, S-A1c) and HbF (HbS and HbC separation and HbE and HbD detection can be performed) Measurement ranges *1 HbA1C: 3 - 20%, 9 - 195 mmol/mol HbF: 0 - 100% Guaranteed measurement ranges *2 HbA1C: 4 - 16%, 20 - 151 mmol/mol HbF: 0.3 - 5% Measurement principle Reversed-phase cation exchange chromatography Measurement wavelength 420 nm / 500 nm (Dual-wavelength colorimetry) Sample supply Sampler Resolution 0.1 % Ratio, 1 mmol / mol Processing speed Variant mode : 90 seconds / test Fast mode : 48 seconds / test Sample consumption Approximately 14 μL (Whole blood) Required sample volume Sample tube : Minimum 10 mm away from the bottom Sample cup : 400 μL or more Sample container Sample tube : (12.3/15 mm diameter) × (75 to 100 mm length) Sample cup: 500 μL Compatible rack type ARKRAY racks Number of measurement samples One-way transportation (factory-set) : Maximum 50 samples Loop transportation : Maximum 100 samples Column temperature Approximately 40°C Warm-up time Maximum 30 minutes Display Large color LCD with backlight Printer For use with 58-mm width thermal printer paper Memory capacity 900 measurement results (including calibration results) External output Serial 1 port (Can be optionally used as an Ethernet port.) Communication system RS-232C compliant (Switchable between one-way and two-way communications.) Transmission speed RS-232C : Selectable from 300, 600, 1200, 2400, 4800, 9600 and 19200 bps Ethernet: 10BASE-T Dimensions 530 (W) × 530 (D) × 530 (H) mm (Not including the hemolysis washing solution bottle) Weight Main body: Approximately 39 kg, Sampler: Approximately 4 kg Power requirements 100 - 240 V AC ± 10 %, 50 / 60 Hz Power input Maximum 300 VA *1 Error-free measurement ranges *2 Guaranteed ranges for obtaining results equivalent to those from HA-8160 VP mode measurement

iFlash 1800 is a bench-top solution tailored for clinical labs. With less outsourced samples, improved in-house controlled quality and higher throughput, iFlash 1800 has achieved better efficiency and reliability. Features: Acridinium Ester labeled direct chemiluminescence Throughput up to 180 tests/hour More than 112 reagents available 50 sample positions with STAT function 20 refrigerated reagent positions (2-8℃) 1000 reaction vessel capacity for continuous loading

VES MATIC 5 is the next-generation automated module manufactured by Diesse Diagnostica (Italy), a highly advanced, Intelligent, Intuitive & Interactive Graphic user Interface for estimating ESR using EDTA samples. Product Features: Automated instrument for the determination of ESR directly from EDTA vacutainers Faster TAT by loading 216 sample tubes at a time Pediatric samples can be processed in microtainers Reliable results with Temperature correction facility Accurate results by eliminating manual HCT correction in Anaemic samples Real-Time monitoring of samples Detection of Lipemic, Hemolyzed, Coagulated samples Standardization in mixing with Inbuilt Mixer Analyser P. Code Product Name Pack size Vesmatic 5 165941 Next 5K Transponder 1x 5000 Vesmatic 5 165942 Next 10 K Transponder 1x 10000 Display - 19" Full HD (1920x1080) LCD with PCAP Touch Screen Peripheral Control - based on Everex distributed control system with peripheral motor control boards Operating system - Linux Analysis module - 89 Positions for Sample Tubes Sample Loading - up to 18 racks simultaneously Throughput - 190 samples per hour. First result after 28 minutes Walk away mode - Supported Continuous loading - Supported Sample mixing - with multiple 180° rotations of the tubes Collection of analysed samples - reinserted into the original loading rack LIS Connection - Multiple LIS connection protocols are available: ASTM / Proprietary Remote diagnostics - available via Ethernet connection. Printer -Alphanumeric with 58mm-wide thermal paper, 36 characters per line, speed 20 mm/sec. Imaging System - 2 high resolution cameras for sample identification and analysis; 1 standard camera for internal inspection Image processor - Dedicated Quad Core CPU with integrated GPU for real-time HD image processing of samples Temperature range in operation - from +15 to + 35°C; Storage from + 5°C to + 45°C Humidity range - from 20% to 80% without condensation Central unit - Quad core ARM Cortex A-53 CPU ARM Cortex A-53, 16 GB eMMC, 4 GB RAM Interfaces - 2 x RS232C, 2 Host USB, 1 Client USB, Ethernet Protection category - CLASS I Safety standard - EN 61010-1, EN 61010-2-081, EN 61010-2-101 EMC - EN61326-1 Installation category - II Mains voltage - 230VAC@50Hz; US/Canada: 110-120Vac@60Hz Electrical energy consumption - 420VA Fuse block - 2 x 5.0 AT (delayed) (5 x 20 mm) UL Dimensions (mm) - 850 (W) x 750 (H) x 830 (D) Weight - 80 kg