• N95 masks are made from multiple layers of synthetic materials, often including non-woven fabric and a filter material. The layers work together to trap particles and provide a high level of filtration.

  N95 masks are certified by the National Institute for Occupational Safety and Health (NIOSH) in the United States. The certification ensures that the mask meets specific performance standards for filtration efficiency and fit.

• Natural Rubber Latex: Latex gloves are primarily made from natural rubber latex, which is derived from the sap of rubber trees (Hevea brasiliensis). This material is known for its elasticity and strength.

  Allergy Considerations: Some people are allergic to latex proteins, which can cause reactions ranging from mild irritation to severe allergic reactions. For this reason, non-latex alternatives, such as nitrile or vinyl gloves, are often used.

Features

• Latex gloves are highly elastic, providing a snug fit that conforms to the shape of the hand. This elasticity allows for dexterity and a high level of sensitivity, making them ideal for tasks requiring fine motor skills.
• Many latex gloves have a textured surface to enhance grip and handling, which is especially useful in medical and laboratory settings.

• The main component of a pulse oximeter is the sensor probe, which is typically attached to a finger, earlobe, or toe. This probe contains light-emitting diodes (LEDs) and a photodetector.

Features

• Pulse oximeters are generally accurate within a few percentage points. Most devices offer accuracy of ±2% in the SpO2 range of 70% to 100%.
• They typically measure oxygen saturation levels from around 70% to 100%.
• The device can measure heart rates generally ranging from 30 to 250 beats per minute (bpm).

• The core component is the infrared sensor, which detects the infrared radiation emitted by an object or body. All objects emit infrared radiation as a function of their temperature.

Features

• Non-contact infrared thermometers can measure a wide range of temperatures, from very low (e.g., -50°C or -58°F) to very high (e.g., 500°C or 932°F), depending on the model and intended use.
• The accuracy typically ranges from ±1°C to ±2°C (±1.8°F to ±3.6°F), though this can vary by model. Calibration is essential for maintaining accuracy.
• This ratio indicates how far away the thermometer can be from the target object while still accurately measuring the temperature. A higher ratio means the device can measure temperature from a greater distance.

• Ultrasound Bone Densitometer CM-200, 300 measures bone density of human heel using ultrasound. The result is printed out with graph format chart from a built-in printer. Also adjustable Foot Plate (5 levels) and Temperature Compensation feature provides accurate results

• NCR Healthcare India, we are excited to present our innovative Portable DEXA Scanner—India’s first compact, mobile dual-energy X-ray absorptiometry (DEXA) system. Designed to revolutionize bone health diagnostics, our portable DEXA scanner offers unmatched convenience and precision, making high-quality bone density assessments accessible like never before.

Features

• Lightweight and easy to transport, our DXA scanner is designed for effortless mobility. Its compact size ensures it fits seamlessly into various clinical environments, including field settings and remote areas.
• Experience fast scanning times and instant feedback. The NCR Portable DXA allows for immediate results, enhancing diagnostic efficiency and enabling timely treatment decisions.
• Modern EEG machines are usually digital, offering enhanced accuracy, storage, and analysis capabilities compared to older analog systems.

• Osteosys SONOST 2000 is a reliable and economic cost for the evaluation of the risk of fracture due to Osteoporosis. Its high precision assists us in the first diagnosis for the monitoring of the changes by bone osteoporosis. Moreover, it is fast and very easy to use for measurement by ultrasound of the calcaneus

Features:

• Quick and easy installation measurement of calcaneus
• SOS and BUA of measurement
• High accuracy

DEXXUM T is a compact and space-saving central Dual X-ray Absorptiometry (DXA) device. Compared to the other bone mineral densitometer,
DEXXUM T is an axial table DXA scanner specially designed with an innovative pencil beam DXA technology.

• OsteoSys, a brand specialized in bone density diagnosis equipment, produces various products which can diagnose osteoporosis easily and accurately to help humanity enjoy healthy lives.

  If you have accurate diagnosis and prescription through bone density equipment of OsteoSys, you can enjoy healthy and happy life by avoiding risk of osteoporosis.

  The most accurate & precise DXA for body fat, lean and bone mass

  EXCELLUS is the brand new concept of conventional body composition system. The new body analyzer can quickly and easily measure half body composition of patient, especially Gynoid and Android regions with medical-grade DXA (Dual X-ray Absorptiometry) technology. And it can also scope fat mass and muscle mass in specific site of body with the Osteosyss specialized function of B-Scope (Body-Scope)

Features:

• Half body DXA(Dual energy X-ray Absorptiometry)
• Fan beam technology
• Scan site : Half body, AP spine, Femur(Dual femur),
Forearm, Lateral spine, LVA
• AP spine, Dual femur and Forearm, Lateral BMD
• Body composition & Assessment
• Scan time : AP spine(23 Sec.), Femur(20 Sec.)
• Swing arm for space application
• 650mm, comfortable bed height

Brand OSTEOSYS

Weight 210 kg

Application Diagnostic Center

Scan Time AP spine 30sec (-2sec to +2sec) Femur 25sec (-2sec to +2sec), Forearm 23sec (-2sec to +2sec) Accuracy 1% CV

Dimension 2784x1045x1258mm (Standard), 2290x1045x1258mm (SB)

Measurement Parameter BMT score, Z score, BMC ,Area, BMI B scope, Color Mapping Scan Site Whole body. AP Spine, Femur,

Forearm, lateral Spine, LVA,

Orthopedics Scan Area 2020 x 580 mm / 2020 x 620 mm (optional) Table Height 650 mm

Power Consumption 110 / 220 VAC (+/-10%)

• The Biothesiometer is an instrument designed to measure the threshold of perception of vibration in human subjects
• Biothesiometer is used to identify peripheral sensory neuropathy and subjects at risk of foot ulcerations in diabetic patient.
• The Biothesiometer is used as a research device in many neurological diseases.
• It is essentially an 'electrical tuning fork" whose amplitude may be set to any predetermined level or whose amplitude may be gradually increased until the threshold of vibratory sensation is reached.
• Conversely, the amplitude may be lowered until the vibration is no longer discernible, in all cases the amplitude may be determined at any given level with a high degree of accuracy.

• Body composition testing determines how much of your body is and isrit fat. The non-fat part of your body is called lean tissue, which includes your muscle, water bone and organs. Lean tissue is known as metabolically active tissue, the tissue that burns calories all day. The more lean tissue you have, the higher your resting metabolic rate will be. The fat part is body fat. Body fat is a storage form of energy and therefore has a very low calorie demand.

There are many different ways to measure body composition

• + Dexa Scan
• Underwater/Hydrostatic Weighing
• Skinfold Calipers
• Bio-Impedance
• Whole Body Plethysmography (Bod Pod)

• ECG machines use multiple electrodes that are placed on specific locations on the body (usually the chest, arms, and legs). These electrodes detect the electrical impulses generated by the heart.

Features

• ECG machines can have different lead configurations, including 3-lead, 6-lead, and 12-lead systems. A 12-lead ECG provides a comprehensive view of the heart’s electrical activity from multiple angles.
• ECG machines vary in their sensitivity and accuracy. High-quality machines can detect subtle changes in electrical activity and provide detailed information.
• Advanced models may include built-in software for automatic interpretation and analysis of ECG traces, helping to identify abnormalities and suggest possible diagnoses.

• A Pulmonary Function Testing (PFT) machine is a specialized medical device used to evaluate lung function and assess how well your respiratory system is working. The machine measures various aspects of lung performance by analyzing the volume of air you can inhale and exhale, how quickly you can breathe, and how efficiently your lungs can transfer oxygen and remove carbon dioxide. This information helps in diagnosing respiratory conditions, monitoring lung disease progression, and evaluating treatment effectiveness.

Features

• Measures how much air you can exhale after taking a deep breath and how quickly you can exhale.
• Commonly tests parameters such as Forced Vital Capacity (FVC), Forced Expiratory Volume in 1 second (FEV1), and the FEV1/FVC ratio.
• Measures the total volume of air your lungs can hold (Total Lung Capacity) and other volumes like Residual Volume (the amount of air left in the lungs after exhalation).

• The EEG machine uses multiple electrodes placed on the scalp to detect electrical activity in the brain. These electrodes are typically arranged according to a standardized system (such as the International 10-20 System) to capture activity from different brain regions.

Features

• EEG machines can have varying numbers of channels, from a few (for basic studies) to 64 or more (for detailed brain mapping).
• EEG machines can detect a wide range of brainwave frequencies, typically from 0.5 Hz to 100 Hz or more, depending on the machine and the specific application.
• Modern EEG machines are usually digital, offering enhanced accuracy, storage, and analysis capabilities compared to older analog systems.

• The device has a digital display that shows the hemoglobin concentration along with other relevant data. Advanced models may include touchscreens for user interaction and data entry.

Features

• Hemoglobin analyzers are designed to provide accurate and precise measurements. The accuracy is typically within a few tenths of a gram per deciliter.
• The range of hemoglobin concentration that the analyzer can measure, usually covering a wide spectrum to accommodate both low and high levels of hemoglobin.
• Some analyzers can measure hemoglobin in whole blood, while others may require a specific type of blood sample or preparation.