'predict wound healing potential'

Transcutaneous oxygen monitoring (TCOM / tcpO2) is a well-documented technique reflecting the nutritive flow in the capillaries. Today, TCOM / tcpO2 is commonly used in clinical applications such as wound-healing assessment, hyperbaric medicine, amputation-level determinations and more. Precise8001 offers the possibility to monitor the transcutaneous oxygen at the sites of interest. Features: • Fluorescence photo optical system and hence no membrane technology • No membrane and hence minimal operating cost • No pre-heating of sensor and self-automatic calibration while testing • Measurement time is less than 10 min • Automatic marking of end value • 10.1-inch large LCD touch screen Display • Displays the measurement process graphically and numerically • Integrated patient and measurement database • Oxygen partial pressure range of 0 to 2000 mmHg • Sensor temperature range 37 to 44 degree Celsius • Long enough 250cm(2.5meter) sensor cable for ease of placement • USB connection for Computer connection - Optional • Connects external memory for data transfer in txt format • Software for data transfer to computer - Optional • Standalone operation and operate with the computer if software purchased • Measurement is independent of skin pH and salt content • Weighs less than 3 kgs • Built-in rechargeable battery supports minimum 3 hours of operation • Unit works between 100Volts and 230Volts AC power supply • Truly portable

The Durometer is commonly also known as Shore Meter. There are two variants in this Shore Meter. They are Shore Meter A and Shore meter D. Shore durometer A is a device for measuring the hardness of soft material, typically of polymers, elastomers, and rubbers. Shore Meter D is mainly for hard materials like plastics, steel etc., We are distributing Shore Meter A and all the discussions and descriptions are about them only. Higher numbers on the scale indicate a greater resistance to indentation and thus harder materials. Lower numbers indicate less resistance and softer materials. Durometer measurement scales range from 0 to 100 and simply represent a relative comparison of hardness difference. The durometer has shown consistent reliability in the objective assessment of skin hardness in patients with systemic sclerosis and localized scleroderma. It is an easy-to-use and simple method, which can provide a correct numeric evaluation of hypertrophic scars induration and objective control of therapeutic efficacy during treatment over time. Determination of skin hardness by this instrument has been proven to be accurate and reproducible, both in normal and pathological conditions. Increased foot sole hardness and peripheral neuropathy are suggested to be important risk factors for foot ulceration. In subjects with diabetes, it was found in numerous research that differences and variations in foot sole hardness were found to be significantly different in subjects with and without diabetic neuropathy using Durometer (Shore meter). Hence shore meter was more sensitive and provided a feasible means of measuring foot sole hardness in subjects with diabetic neuropathy. Foot sole hardness in diabetic feet can be considered as a potential determinant of foot sole ulcerations. The durometer has potential use in many dermatological disorders as a tool to be used routinely to demonstrate improvement in treatment, particularly in burn patients where cosmetic appearance and functional status represent major concerns for the patient.

This basic neuropathy Assessment kit consists of one Tiptherm, one VibraTip and 25 Nos. 10gm Monofilaments to check the loss of temperature, vibration and touch sensitivity. Early diagnosis of distal symmetric polyneuropathy by testing temperature sensitivity, can prevent complications of diabetic foot. Precious time is gained if examinations are geared towards detecting this symptom. Regular testing of temperature sensitivity should therefore be a compulsory part of basic diabetes treatment. Failure to perceive variances in temperature in the extremities is the most decisive early symptom of distal symmetric polyneuropathy, a typical ailment accompanying diabetes mellitus (Ziegler 1988). TIP THERM® is ideal for testing temperature sensitivity. It is not dependent on external power sources, is practically indestructible, easy to handle and small and light enough to fit in any jacket or overall pocket. VibraTipTM: a wipe-clean, pocket-sized and disposable device for testing vibration sense. The advantages include ease and speed of the test with little required training, less user variability compared with the calibrated tuning-fork test, small size, and easy cleaning.

Neurostim is a drug free, painless answer to eliminating pain and burning sense. The Neurostim works by stimulating all your nerves from your lower back down to your toes with a specific gentle waveform that your peripheral nerves naturally use to communicate with the rest of your body. The Neurostim opens your nerve paths to restore full function. All other devices temporarily treat only pain; the Neurostim permanently eliminates pain. • Relieves Your Pain and Numbness • Helps You Sleep All Night • Restores Your Balance and Mobility • Restores Feeling in Feet and Hands • Reduces or Eliminates Pain Medications The NeuroStim has proven to be highly effective in treating a number of conditions, such as: • Diabetic Nerve Pain • Peripheral Neuropathy • Diabetic Peripheral Neuropathy • Carpal Tunnel Syndrome • Chronic Inflammatory Demyelinating polyneuropathy • Muscle Spasms • Peripheral Arterial Disease • Venous Stasis • Stroke Rehabilitation • Symptoms Related to Lymph Disease • Symptoms Related to Chronic Fatigue Syndrome

Biothesiometer cum ABI Doppler India’s first innovative design that has combined Biothesiometer for the detection of loss of vibration perception and Vascular Doppler for the measurement of Ankle Brachial India (ABI). Computer connectivity is a built-in facility and reports are generated by the software supplied. FEATURES: • Doppler (C.W) with 8MHz Uni-Directional probe • Ankle Brachial Index • Doppler Velocity Waveform with ABI Indices • 0 to 50 Volts Vibration linear output • Computer connectivity enabled • Software for data transfer, storage and patient report • Software supports all formats of Windows (7 to 10) OS • Standards matching International standards

One of the frequent causes of non-traumatic lower-limb amputation is Diabetes and is usually preceded by foot ulcer and infection. The reason of this ulceration is commonly a loss of protective sensation due to peripheral neuropathy, for which there is no prevention strategy. Current research promotes early detection of neuropathy so that secondary prevention measures, such as intensive foot-care education and treatment, can be used for individuals. In an effort to standardize and simplify the detection of insensate foot, the 5.07/10-gm Monofilament is recommended by the International Diabetes Federation and the World Health Organization as a device that can be used by health professionals at every level of care. A standardised filament is pressed against part of the foot. When the filament bends, its tip is exerting a pressure of 10 grams (therefore this monofilament is often referred to as the 10 gram monofilament). If the patient cannot feel the monofilament at certain specified sites on the foot, he/she has lost enough sensation to be at risk of developing a neuropathic ulcer.