Product Description: Medica Corporation’s EasyLyte® analyzer is a completely automated, microprocessor-controlled electrolyte system that uses ISE (Ion Selective Electrode) technology to make electrolyte measurements. The EasyLyte measures combinations of Na+, K+, in whole blood, serum, plasma, or urine. EasyLyte incorporates state-of-the-art electronics and an innovative ergonomic design that differentiates it significantly from competitors. The analyzer also stores quality-control data that is easily accessible. Patient histories are immediately retrievable for evaluation. EasyLyte analyzers combine simple yes/no prompted operation, low maintenance, and high reliability into one economical design. Product Features: EasyLyte is Easy to Use, Easy to Operate, Easy to Maintain The entire menu is driven by 2 simple buttons Results are displayed on LCD screen as well as printouts EasyLyte does 2 point as well as 1 point calibration Facility to analyze different type of samples: whole blood, serum, plasma ,urine samples EasyLyte has capillary and syringe sampling facility EasyLyte has auto probe wiping facility Analysis of electrolytes is done using 100ul of blood and 400ul of diluted urine Rate of analysis 55 secs per sample Analyzer is capable of storing 128 patients data with trilevel QC results Analyzer has modular plug in reagent pack system EasyLyte has facility for auto calibrations with a programmed interval of 4 hrs and also calibration on demand Analyzer has facility to upgrade to a walk away Electrolyte station by use of Auto Sampler It has a built in thermal printer and a RS 232 port for interfacing Product Applications: Sodium - Na, Potassium - K CLIA Classification: Moderate Complexity Sample Type: Whole Blood, Serum, Plasma or Urine Sample Size: 100 µL Whole Blood, Serum, Plasma, 60 µL capillary or 400 µL diluted (1:10) Urine Method: Direct measurement by Ion Selective Electrode (ISE) Measurement Range: Blood Urine Na+: 20 – 200 mmol/L Na+: 25 – 1000 mmol/L K+: 0.2 – 40 mmol/L K+: 1.0 – 500 mmol/L Cl-: 25 – 200 mmol/L Cl-: 25 – 500 mmol/L Li+: 0.2 – 5.0 mmol/L Ca++: 0.1 – 6.0 mmol/L pH: 6.0 - 8.0 Units Display Resolution: Na+: 0.1 mmol/L K+: 0.01 mmol/L Cl- : 0.1 mmol/L Li+: 0.01 mmol/L Ca++: 0.01 mmol/L pH: 0.005 units Test Time: Na/K Na/K/Cl Na/K/Li Na/K/Cl/Ca Analysis time (blood) 55 sec 55 sec 55 sec 60 sec Urine mode Yes Yes Yes No Analysis time (urine) 90 sec 90 sec 90 sec N/A EasySampler Yes Yes Yes No Capillary Samples Yes Yes Yes No Data Storage: Patient Results: up to 128 samples QC Results: up to 20 each Normal, Low, and High Calibration: Automatic or On-Demand Output: 128 x 64 pixel graphic display 24 column thermal printer Serial port (RS-232), EasySampler port Ambient Conditions: 15–32oC (60–90oF), <85% humidity Power: 100-240 VAC 50/60 Hz, 0.8A Size & Weight: 9.5”W x 16.5”H x 8.0”D (24 cm W x 42 cm H x 20 cm D) 13 lbs. (5.8 kg) Reagents used with this 'EasyLyte' CLIA Classification: Moderate Complexity Sample Type: Whole Blood, Serum, Plasma or Urine Sample Size: 100 µL Whole Blood, Serum, Plasma, 60 µL capillary or 400 µL diluted (1:10) Urine Method: Direct measurement by Ion Selective Electrode (ISE) Measurement Range: Blood Urine Na+: 20 – 200 mmol/L Na+: 25 – 1000 mmol/L K+: 0.2 – 40 mmol/L K+: 1.0 – 500 mmol/L Cl-: 25 – 200 mmol/L Cl-: 25 – 500 mmol/L Li+: 0.2 – 5.0 mmol/L Ca++: 0.1 – 6.0 mmol/L pH: 6.0 - 8.0 Units Display Resolution: Na+: 0.1 mmol/L K+: 0.01 mmol/L Cl- : 0.1 mmol/L Li+: 0.01 mmol/L Ca++: 0.01 mmol/L pH: 0.005 units Test Time: Na/K Na/K/Cl Na/K/Li Na/K/Cl/Ca Analysis time (blood) 55 sec 55 sec 55 sec 60 sec Urine mode Yes Yes Yes No Analysis time (urine) 90 sec 90 sec 90 sec N/A EasySampler Yes Yes Yes No Capillary Samples Yes Yes Yes No Data Storage: Patient Results: up to 128 samples QC Results: up to 20 each Normal, Low, and High Calibration: Automatic or On-Demand Output: 128 x 64 pixel graphic display 24 column thermal printer Serial port (RS-232), EasySampler port Ambient Conditions: 15–32oC (60–90oF), <85% humidity Power: 100-240 VAC 50/60 Hz, 0.8A Size & Weight: 9.5”W x 16.5”H x 8.0”D (24 cm W x 42 cm H x 20 cm D) 13 lbs. (5.8 kg)

Semiautomatic Clinical Chemistry & Turbidimetry Analyzer completely managed by microprocessors and equipped with a wide graphic display, 10 position thermostat programmable from 20°C to 40°C. The 3000 Evolution stores up to 120 different test programmers which can be easily programmed. Stable optics and automatic filter selection assures reliable and repeatable measurements. Calculations are performed automatically so that results are displayed or printed out directly in the required measuring unit.

Operate with Ease In the modern busy clinical environment, ease of use is a fundamental requirement for all medical devices. With this in mind, the new SV600 ventilators enable clinicians to set and deliver ventilation therapies quickly and easily via the intelligent ergonomic design and flat user interface. PulmoSight TM Utilizes numerical and graphical displays to show real time resistance, compliance and the spontaneous breathing status. Combined with the dynamic short trend display clinicians are able to monitor and evaluate changes in the patient's pulmonary ventilation and initiate the appropriate therapies. User configurable UI The SV600 ventilators offer exceptional user flexibility. Users are able to configure frequently used parameter controls by making them quick access shortcut keys in the UI. Also the ventilation mode keys can be arranged in order of frequency of use. This enables you to customize device in your way making parameter adjustment easier and quicker. Graphic guidelines The new intuitive graphical display enables users to learn quickly how to navigate and locate mode and parameter controls, thereby reducing errors and improving efficiency. Minimal Maintenance Routine maintenance requires no tools. The new 'door design' means that no tools are required to perform regular routine maintenance of the oxygen sensors, water trap, fan dust filter, HEPA air intake dust filter, etc. This ensures your new device always remains clean and clutter free. Intelligent Decision Making Ventilation modes and decision-supporting tools like Intelligent Assistant are developed on the basis of clinical needs and professional guidelines to help medical personnel calmly make clinical decisions. An extensive range of ventilation modes Smart ventilation solution: AMV TM + IntelliCycle TM Emergency solution: CPRVTM Sequential treatment regimen: Non-invasive ventilation & high flow oxygen therapy Dual channel auxiliary pressure measurements Lung protection kit Expandable Capabilities Securing your devices future is reliant on being able to expand your devices capabilities by interacting or integrating new concepts and technologies. The new SV800 / SV600 ventilators allow just this. Continue the latest electronic software and hardware, your new device is ready to embrace new technological advancement with ease. Integrated neonatal module with tidal volumes as low as 2 ml Plug & Play modules , including SpO2, mainstream or sidestream CO2 Backup air supply in case of air supply failure Seamlessly connected to the hospitals clinical information system via the Mindray BeneLink solution or eGateway solution Brand Mindray Model Name/Number SV600 Patient Age Group Neonatal, Adult, Paediatric Mounting Type ICU Operating Type Automatic Display Full color 15.6 inch Resolution 1920x1080 pixel Compliance IEC 60601-1-2 for EMC

A high-end ventilator featured with 1080P HD wide screen, combines an intuitive customized UI with powerful assistive tools and modules. Operate with Ease In the modern busy clinical environment, ease of use is a fundamental requirement for all medical devices. With this in mind, the new SV800/SV600 ventilators enable clinicians to set and deliver ventilation therapies quickly and easily via the intelligent ergonomic design and flat user interface. Intelligent Decision Making Ventilation modes and decision-supporting tools like SBT are developed on the basis of clinical needs and professional guidelines to help free up medical personnel’s time on device operation and focus more on their patients. p68-s4 Extensive ventilation therapy and decision support tools Smart ventilation solution: AMV TM + IntelliCycle TM Emergency solution: CPRV TM Sequential treatment regimen: Non-invasive ventilation & high flow oxygen therapy Dual channel auxiliary pressure measurements Lung protection kit Expandable Capabilities Securing your devices future is reliant on being able to expand your devices capabilities by interacting or integrating new features and technologies. The SV800/SV600 ventilators allow just this. Thanks to latest software and platform it is utilizing, your device is ready to embrace new technological advancement with ease. p68-s0-0 Integrated neonatal module with tidal volume setting down to 2ml Plug & Play modules , including SpO₂, mainstream or sidestream CO₂ Backup air supply in case of central air supply failure and during intra-hospital transport Seamlessly connected to the hospitals clinical information system via the Mindray BeneLink and eGateway modules, or directly via the HL7 p68-s5 Brand - Mindray Model Name/Number SV800 Patient Age Group Adult, Pediatrics & Neonatal Tidal Volume For adult : 100 to 4000 ml, For Pediatric 20 to 300 ml, For neonatal : 2 to 100 ml Ventilation Mode V-A/C, P-A/C, V-SIMV,P-SIMV, Duolevel, CPAP, PSV, APRV, PRVC, NIV, PRVC-SIMV, AMV, CPRV, PSV-S/T, nCPAP, VS Respiratory Rate For adult/pediactrics : 1 to 100/min,for neonate :-1 to 150/min Additional Details Weight 45 kg ventilator + 16.3 kg trolley Plateu (%) OFF, 5% to 60% Peak airway pressure 0 to 100 cm H2O SIMV Rate ,Cycle/min 1 to 60 rpm Mounting type Trolley I:E Ratio 1:10 to 4:1 Touch screen 18.5 inch color active matrix TFT touch screen RSBI 0-9999/1/(L-min) Features Customizing the UI Graphic guidelines Single level menu design Dual channel auxiliary pressure monitore

Since the company was founded, Mindray has been continuously exploring new ways to improve diagnostic confidence. Powered by the most revolutionary ZONE Sonography® Technology, Resona 7’s new ZST+ platform brings ultrasound image quality to a higher level by zone acquisition and channel data processing. As well as the premium level image quality, Resona 7 also enhances clinical research capabilities with the revolutionary V Flow for vascular hemodynamic evaluation, and the most intelligent plane acquisition from 3D datasets for fetal CNS diagnosis. Combining the most intuitive gesture-based multi-touch operation and all the essential clinical features, Resona 7 is truly leading new waves in ultrasound innovation. With core platform advantages of ZST+ The channel data based ZST+ is an extraordinary innovation, representing an ultrasound evolution. Transforming ultrasound metrics from conventional beamforming to channel data based processing, ZST+ is able to deliver multiple imaging advances: Advanced Acoustic Acquisition, Dynamic Pixel Focusing, Sound Speed Compensation, Enhanced Channel Data Processing and Total Recall Imaging. Advanced features V Flow V Flow (Vector Flow) is a novel approach for vascular hemodynamic analysis. V Flow uses color coded vector arrows to indicate the velocity’s magnitude and direction of blood cells. With ultra-high frame rates, it provides extremely accurate and angle-independent visualization of complex vascular hemodynamic profiles. With comprehensive data information, V Flow is the most valuable tool for vascular clinical research. resona-7-fig3-1-pc UWN+ Contrast Imaging UWN+ (Ultra-Wideband Non-linear Plus) CEUS enables the Resona 7 to detect and utilize both the 2nd harmonic and non-linear fundamental signals, generating significantly enhanced images, resulting in greater sensitivity of minor signals and longer agent duration with lower MI. Forwarding smart to clinical intelligence The Resona 7 elevates clinical intelligence with a complete solution that enables clinicians to manage both routine and advanced studies more efficiently,consistently, and accurately, from acquisition to calculation. As an example, Smart Planes CNS shows exceptional intelligence in accurate diagnosis and analysis of the fetal central nervous system (CNS) Smart Planes CNS Mindray’s exclusive pioneering technology positions the Resona 7 as the industry’s first ultrasound system to allow fully automatic and accurate detection of the most significant planes and frequently used measurements of fetal CNS, leading to intelligent diagnosis, improved throughput, and reduced user dependence. Smart Planes CNS provides a user-friendly tool that greatly improves scanning efficiency through increased accuracy coupled with automated operation. With a simple button click on a 3D fetal brain volume image, the standard CNS scanning planes (MSP, TCP, TTP and TVP) and a range of related anatomical measurements (BPD, HC, OFD, TCD, CM and LVW) are obtained immediately. Smart Face Acquiring an optimal view of the fetal face in 3D ultrasound is cumbersome and time-consuming. In some cases, it is impossible to get rid of the occlusions such as cord, placenta, uterus and extremities. The new Resona 7 with Zone Intelligence provides a fast and intelligent optimization for fetal face with simply one-touch. It can immediately remove occlusions in the volume data, eliminate unwanted noise information, and generate an optimal view of the fetal face with minimal effort. Ergonomics The Resona 7 is designed around you. Gesture-based operation opens up a new trend in cart-based ultrasound with an agile, smart, and intuitive user experience beyond your expectations. Gel warmer’s three level temperature and swiveling angle adjustment of the control panel delivers great patient comfort and user convenience.

In compliance with out-of-hospital patient transport standards such as EN1789, EN13718-1, IEC60601-1-12 and U.S. military standards, N1 is a highly competent solution for various out-of-hospital transport settings both on land and in air. The N1's exceptional reliability and strong performance enhance your confidence to provide seamless patient care during transport no matter intra or out of hospital. One monitor, Multiple solutions Mirror Mode Two-way screen or remote control functionality and viewing on both the 19" external display and the N1 unit - simultaneously. benevision-n1-fig2-2-pc BeneVision N1 as a Transport Monitor Enhanced data analysis greatly improves parameters' accuracy and anti-interference ability. Its fully integrated sidestream CO2 module monitors the patient's breathing situation by connecting with sampling line directly, freeing caregivers from the shackles of expanding external modules for transport. One monitor, Multiple solutions Mirror Mode Two-way screen or remote control functionality and viewing on both the 19" external display and the N1 unit - simultaneously. benevision-n1-fig2-2-pc BeneVision N1 as a Transport Monitor Enhanced data analysis greatly improves parameters' accuracy and anti-interference ability. Its fully integrated sidestream CO2 module monitors the patient's breathing situation by connecting with sampling line directly, freeing caregivers from the shackles of expanding external modules for transport. benevision-n1-fig2-1-pc BeneVision N1 as a Multi-Parameter Module Slide directly into the module slot or SMR of the N-Series monitor providing an expansive set of parameter measurements. When combined with our additional advanced parameter modules, this solution fits even the highest level of critical care environments. benevision-n1-fig2-3-pc Companion Mode Connect with N-Series host monitor via cable connection to N1 dock and have the ability for dual-screen monitoring and bi-directional control of the bedside monitor - expanding slot space for more advanced parameters and enhanced ICU workflow. Patient-Centric Data Collection When connected to a bedside patient monitor, advanced parameters collected from the host monitor such as AG and BIS, etc., will also be stored in N1 with trend data and alarm events reviewable even when it is disconnected.

Mindray believes the best way to predict the future is to create it. The revolutionary BeneVision N22/N19 is designed to optimize user experience by satisfying all your clinical demands. With visionary-stimulating design, benchmarking ease of use, confidence-maximizing innovations and workflow-transforming interoperability, BeneVision N22/N19 is creating tomorrow’s monitoring perspective today. The design excellence of BeneVision N22/N19 has great originality to lead your perspective. A seamless outlook optimizes your monitoring experience with super large touchscreen, cool rotatable landscape & portrait layout, ultra slim main unit as well as plug-n-play modules. An ingenious user interface including multi-window flat menus, infographic alarm indications and online user guide offers extremely intuitive patient data and ultimate ease-of-use, while auto screen brightness always keeps patient in mind. Benefitting from cutting-edge clinical measurements, such as rSO2, ICG, PiCCO, AG, RM, BIS, NMT, and state-of-art clinical decision support tools, such as HemoSightTM, ST GraphicTM, DSA, BeneVision N22/N19 enhances your clinical confidence to the max and helps you make easier and faster clinical decisions. The connectivity capabilities of BeneVision N22/N19 fit seamlessly into your clinical workflow for paperless future. Revolutionary iView clinical informatics workstation brings all intelligence (PACS, LIS, EMR, etc) on screen at point of care for one-stop diagnosis. Industry-leading BeneLink integrates all bedside devices to the monitor realtimely and facilitates centralized data management.

Soil moisture meter TDR 150 Portable soil moisture meter allows you to obtain readings on the go at the press of a button. Variable rod length options provide soil moisture measurements at your ideal root zone. With new enhancements, the TDR 150 provides significant improvements in performance and measurement accuracy for optimal turf and soil environments. Increased accuracy of soil moisture (Volumetric Water Content) Measures EC (Electrical Conductivity) Measures Turf Surface Temperature Option to add on Bluetooth and GPS Data logger records approximately 50,000 measurements Industry exclusive backlit display Ergonomic handle Data collected with USB flash drive No PC interface needed Powered by AA lithium batteries Ideal for measuring containers on benches Optional IR Temp sensor to measure canopy TDR 150 SPECIFICATIONS Measurement Principle: Time - domain measurement methods Measurement Units: Percent Volumetric Water Content (VWC) Resolution: 0.1% VWC Accuracy: +- 3.0% VWC with Electrical Conductivity (EC) < 2 mS/cm Range: 0% to saturation (Saturation up to about 50% volumetric water depending on soil type) Battery/Life: 4 AA lithium batteries; approximately 100,000 readings without backlight Data Logger: 50,000 measurements EC Range: 0 to 5 mS/cm, Resolution: 0.01 mS/cm, Accuracy: +/- 0.1 mS/cm Temperature Range: -30°C to 60°C, Resolution: 0.1°, Accuracy: +/- 1°C

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.