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

We are the Leading Supplier of Abbe Refractometer Rajdhani. In the Abbe'' refractometer the liquid sample is sandwiched into a thin layer between an illuminating prism and a refracting prism. The refracting prism is made of a glass with a high refractive index (e.g., 1.75) and the refractometer is designed to be used with samples having a refractive index smaller than that of the refracting prism. A light source is projected through the illuminating prism, the bottom surface of which is ground (i.e., roughened like a ground-glass joint), so each point on this surface can be thought of as generating light rays traveling in all directions. A detector placed on the back side of the refracting prism would show a light and a dark region. Over a century after Abbe''s work, the usefulness and precision of refractometers has improved, although their principle of operation has changed very little. They are also possibly the easiest device to use for measuring the refractive index of solid samples, such as glass, plastics, and polymer films. Some modern Abbe refractometers use a digital display for measurement, eliminating the need for discerning between small graduations. However, the user still has to adjust the view to get a final reading. The first truly digital laboratory refractometers began appearing in the late 1970s and early 1980s, and no longer depended on the user''s eye to determine the reading. They still required the use of circulating water baths to control instrument and fluid temperature. They did, however, have the ability to electronically compensate for the temperature differences of many fluids where there is a known concentration-to-refractive-index conversion. Most digital laboratory refractometers, while much more accurate and versatile than their analog Abbe counterparts, are incapable of readings on solid samples. In the late 1990s, Abbe refractometers became available with the capability of measurements at wavelengths other than the standard 589 nanometers. These instruments use special filters to reach the desired wavelength, and can extend measurements well into the near infrared (though a special viewer is required to see the infrared rays). Multi-wavelength Abbe refractometers can be used to easily determine a sample''s Abbe number.

Aided by a team of qualified and expert designers, we are involved in offering a wide gamut of Refractometer Manual. The offered product is appreciated among customers owing to its fine finish & optimum quality. This product is manufactured by our workforce utilizing excellent quality material and sophisticated techniques in accordance with the set quality standards. Our given product is accessible in assorted specifications as per the definite requirements of the customers. Features: Precisely designed Accurate testing Reliability ABBE Refractometers: Model NAR-1T LIQUID Range 1.3000 to 1.7000 with sugar scale 0-95% built in light fourth place by estimation 5 to 50ºC temperature Model NAR-2T for high temperature samples from 0 to 120ºC temperature Model NAR-3T for precision measurement of the fourth place 5-50ºC temperature Model NAR-4T for high refractive index measurement range 1.4700 to 1.8700 Abbe Refractometer Manual Model 2WAJ - R I- nD 1.3000 to 1.7000 & Sugar percentage (Brix) Product Details: Model 2WAJ-RI Application Industrial, Laboratory Display Digital Operation Manual Range 0-95%

Palm-sized, fitting easily into a doctor's bag or uniform pocket. The printer can be separated from the "PocketChem" analyzer, leaving it with a weight of just 180g. Corrective features for obtaining accurate test results Accurate readings can be obtained by eliminating the effects of chromaturia using the color correction test pad, by compensating measurements for the temperature of the surrounding environment using a built-in temperature sensor and by correcting specific gravity based on pH readings. Palm-sized analyzer driven by two batteries The analyzer is detachable from the printer. The analyzer is really portable and mobile. Simple operation. Just press the start button Measurement is performed by simply pressing the start button and placing a test strip. Test results can be simultaneously viewed on the display and printed out from the printer. Reliable test results with Creatinine correction Even with the use of spot urine, test results are reliable and are not affected by urine dilutions or concentrations. The P/C ration or A/C ratio is effective for the screening of renal diseases. Sample Urine Test strips AUTION Sticks/ Uriflet S (9UB)* / AUTION SCREEN * Except devices with 10V specifications Measurement items GLU (glucose), PRO (protein), BIL (bilirubin), URO (urobilinogen), S.G. (specific gravity), BLD (blood), PH (pH), KET (ketones), NIT (nitrite), LEU (leukocytes), CRE (creatinine) and ALB (albumin). Measurement principle Test strip: Dual wavelength reflectance method. (one wavelength for BLD measurement) Measurement wavelengths 3 wavelengths LED (565, 635, 760 nm) Sample supply method Manual dipping Measurement capacity 50 tests per hour Test strip reaction time About 60 seconds per test Measurement types Normal measurement and check measurement Display Custom LCD that displays information including type of test strip, measurement number (up to 4 digits), patient ID (up to 13 digits) and test results. Operator panel Panel sheet that provides 14 buttons including numeric buttons and start button. Memory capacity Test results for 100 samples External output Compliant with RS-232 C Measurement environment Temperature: 10 to 30 °C; Humidity: 30 to 60 % R.H. (non-condensing) *Temperature correction function used Dimensions 124 (W) x 81 (D) x 36 (H) mm Weight 180 g (without batteries) Power supply Instrument only: Two AA alkaline batteries or AC adapter Instrument with printer: AC adapter 7.5 V 3 A Power consumption 3 W Printer specifications Printer Thermal recording printer Printer paper High color development thermal paper (W 58 mm x φ26 mm) Dimensions 125 (W) x 133 (D) x 36 (H) mm Weight 180 g (without printer paper) Power supply AC adapter 7.5 V 3 A Power consumption 20 W

High Performance "Full Automated System" Color Touch Panel for good usability 7 inch WVGA color touchscreen with high operability displays measurement results, instrument conditions and operating instructions. "Sample delivery system" enables micro volume samples to be measured As the sample is drawn through the nozzle and delivered correctly and quantitatively to each pad of the strip, the micro volume samples (minimum 1mL) can be measured easily. No cross contaminations are found on the reagent portions despite high sample volume. Sample Urine Test items Glu, Pro, Bil, Uro, Ket, pH, Nit, Bld, Leu, S.G., Alb, Cre(Alb/Cre ratio, Pro/Cre ratio can be calculated), turbidity and color tone Wavelength 5 LED wavelengths (430, 500, 565, 635, 760nm) Measurement principle Test strip :Dual-wavelength reflectance method (One-wavelength for Bld) Specific gravity :Reflection refractometryColor hue :Light-transmission measurementTurbidity :Light-scattering measurement method Test strip AUTION Sticks (10EA & 10PA) , Uriflet S 11UA Reaction time Approximately 60 seconds Throughput 225 samples per hour Strip storage Maximum 400 strips (200 strips x 2 feeder boxes) Required sample volume Normal, STAT measurement: Minimum 2 mL Small volume measurement: Minimum 1 mL Sample consumption Normal, STAT measurement: Maximum 0.90 mL Small volume measurement: Maximum 0.45 mL Sample container Sample tubes (length: 95 - 110 mm, diameter: ø14.0 - 15.8 mm) Maximum sample load 100 samples (Circulation) Data memory Normal, STAT, small volume measurement: 2500 tests Control measurement: 200 tests Check measurement: 50 tests Trouble list: 100 tests Display Large color liquid crystal display (800 × 480 dots) Built-in printer 58-mm width printer paper (24 digits) External output 1 port (Replaceable with the optional Ethernet terminal) Communication method RS-232C compliant (Switchable between one-way and two-way) Measurement environment Temperature: 10 - 30°C; Humidity: 30 - 60% RH (No condensation) Power requirements 100 - 240 V AC (Maximum power line fluctuation of ±10%), 50/60 Hz Power consumption 150VA (Maximum) Dimensions 530 (W) × 530 (D) × 550 (H) mm (including the sampler) Weight Main body: Approximately 36 kg Sampler: Approximately 4 kg

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

The EUROIMMUN Analyzer I is an open system for fully automated ELISA processing of up to 7 microplates and 180 patient samples in one run. The combination of EUROIMMUN ELISAs and EUROIMMUN Analyzer I enables a quick and simple, but also a secure routine operation, owing to the automatic recognition and allocation of reagents and the import of QC data via Data Matrix codes. A further quality feature is the optionally available climate control unit, which ensures constant incubation conditions — regardless of fluctuating or excessively high laboratory temperatures. The EUROIMMUN Analyzer I is designed for medium to high sample volumes. Fully automated ELISA processing for medium to high sample volume with minimal manual input High reliability and traceability due to automatic identification of barcodes of patient samples and ready-to-use reagents Fast processing of up to 70 tests per hour and up to 7 plates and 180 samples per run Convenient operation of the software including scanning of QC certificates using a 2D-hand barcode scanner Specifications Sample types Plasma, serum, CSF and stool Patient sample capacity up to 180 samples Plate capacity up to 7 Parameter capacity per run up to 54 Shakeable incubators 4 Throughput up to 70 tests per hour Sample tubes Outer diameter 10 – 16 mm, height up to 100 mm Traceability integrated code scanner for identification of samples and reagents User interface Microsoft ® Windows ® 10 Enterprise 2019 LTSC (64 Bit) Online connection ASTM interface, bi-directional Dimensions (WxDxH) 1100 mm x 750 mm x 1000 mm Weight 130 kg

Find the Best Semi Automatic Biochemistry Analyzer from Accurex. Buy Acculab At 112 Plus (Semi Auto Biochemistry Analyzer) which is the best Biochemistry Machine with numerous features like Filter Check, Self-check operation for optical filters, Checks the absorbance of each of the 7 filters & free position, Ensures that all the filters are in good working condition. This Biochemistry Analyzer has Improved ergonomic touch screen display, ensures strain free viewing with End point, kinetic, fixed time & absorbance mode. FILTER CHECK • Self-check operation for optical filters. • Checks the absorbance of each of the 7 filters & free position. • Ensures that all the filters are in good working condition. WORKLIST • A unique facility by which a worklist can be prepared for every sample ID. • Printouts can be taken by sample ID or test parameters. • Print by ID : Ensures that no test is left out for a particular ID. • Print by Test : Ensures that all reagents / working solutions are prepared in correct volumes preventing wastage. • The system flags any test which is missed out for a particular ID, ensuring all assay panel is completed. LAMP SAVING • Lamp saving option available ensuring long lamp life. • The lamp can be turned off in case of sporadic sample workload ALARMS • Audio alarm is sounded when results are higher (S) or lower (L) than reference range ensuring that all abnormal samples are flagged for further review. • Improved ergonomic touch screen display, ensures strain free viewing • End point, kinetic, fixed time & absorbance mode • Single & bichromatic measurement • Memory : 3200 results • 112 programmable channels • Calibration modes – 1 standard / multi-point linear / multi-point non-linear • Easy-access maintenance chamber ensures efficient uptime management • Real-time reaction curve display • Anti-vibration & anti-disturbance optical system ensures highly accurate results • Option of 7 filters (340 – 630 nm) & 1 free position • Comprehensive quality control program with L-J graph • Lamp saving feature to prolong lamp life • Audible / visual alarm available • Easy-tear printer design Methodology: End point, kinetic, fixed time & absorbance Calibration: Single standard/multi-point linear/multi-point non-linear Programmable channels: 112 Memory: 3200 results Quality control: Comprehensive QC software with L-J graph Light source:Quartz-Halogen lamp 12V / 20W Photometric range: 0.0000 to 3.0000 Abs, Resolution : 0.0001 Abs : Drift : 0.002 Abs/hour Wavelength range: 7 standard filters: 340, 405, 492, 510, 546, 578, 630 nm & 1 free optional position ; Half Bandwidth < 8 nm : Stray light : < 1.0 % at 340 nm, Stainless steel body with quartz window; Optical path 10 mm Flowcell: Stainless steel body with quartz window; Optical path 10 mm Measuring volume: 32 μl Programmable aspiration volume:: 500-2000 μl Temperature control: Peltier elements : 25°C, 30°C & 37°C ±0.1°C Input: Ergonomic LCD touch screen display Printer: Built-in high speed thermal printer Interface: RS-232 serial port Dimension / Weight: 450 x 360 x 140 mm / 11.5 kgs Operating environment: Temperature: 15-30°C ; Humidity: 20-80 % Power requirement: AC 110-220 V ±10%, 50/60 Hz Safety Information • The position of the LCD display has been designed to reduce cervical (neck muscle) strain during continual use. • The aerial view display design makes it possible to view the screen from multiple perspectives, (standing or sitting, with equal clarity). Direction for Use • A unique facility by which a worklist can be prepared for every sample ID. • Printouts can be taken by sample ID or test parameters. • Print by ID : Ensures that no test is left out for a particular ID. • Print by Test : Ensures that all reagents / working solutions are prepared in correct volumes preventing wastage. • The system flags any test which is missed out for a particular ID, ensuring all assay panel is completed. Other Info • Improved ergonomic touch screen display, ensures strain free viewing • End point, kinetic, fixed time & absorbance mode • Single & bichromatic measurement • Memory : 3200 results • 112 programmable channels • Calibration modes – 1 standard / multi-point linear / multi-point non-linear • Easy-access maintenance chamber ensures efficient uptime management • Real-time reaction curve display • Anti-vibration & anti-disturbance optical system ensures highly accurate results • Option of 7 filters (340 – 630 nm) & 1 free position • Comprehensive quality control program with L-J graph • Lamp saving feature to prolong lamp life • Audible / visual alarm available • Easy-tear printer design