The handheld Unidirectional ultrasound vascular Doppler is an instrument that detects blood flow using the principles of the Doppler effect. It can be a very useful tool in assessing how good the blood flow is to the foot or hand. It is a painless test and very similar to taking blood pressure using a stethoscope. It is particularly useful for the assessment of arterial disease but can also be used for venous problems. These vascular Doppler are used for identifying the arterial and venous flow patency. Ankle Brachial Index (ABI) is a simple procedure to detect obstruction in the blood flow. The LifeDop 150R features a non-display, handheld Doppler with superior sound quality, extended battery life, enhanced probe sensitivity, interchangeable probes, and a one-year full warranty. It includes a battery recharging system, so you don’t have to worry about overcharging or draining of the batteries. Features: • Interchangeable Doppler Probes • Unidirectional Doppler • 8MHz Vascular Probe is Standard • Continuous Wave Doppler • 4, 5 and 8 MHz Vascular probes • Rechargeable battery operation • Charger supplied free

Our All-in-one Complete Diabetic Foot Lab model DIABETIK MINILAB is our one of the best products that can measure and document all the important parameters such as the Ankle Brachial Index(ABI), Toe Brachial Index(TBI), Doppler Waveform, Monofilament 10gm, Biothesiometry, Foot Pressure and Foot Temperature. In addition to the above reports, a master report is created by the software will capture the medical history with symptoms of the patient, dermatological exam, musculoskeletal exam, vascular and footwear exams along with the recorded test results and their interpretations. A colorful 6 pages report is generated by the software. The Diabetik Minilab is supplied with all the accessories and a sturdy trolley. An all-in-one scanner/copier/printer of a particular specification is supplied with the device. A Windows 7/8/10 operated laptop is to be arranged by the buyer. Vascular Screening: Whenever one suspects Peripheral Arterial Disease (PAD), the clinician must perform a few non-invasive vascular testing methods that are commercially available and widely implemented. Features: • Unidirectional 8MHz probe • Photo-plethysmograph PPG Toe sensor • BP cuffs for ABI/TBI • Ankle Brachial Index (ABI) • Toe Brachial Index (TBI) • Doppler Velocity Waveform • Venous Examination (No documentation) • Carotid, Penile examination (No documentation) Neuropathy Screening: Diabetes can result in long-term health complications, with one of the most common being microvascular damage that leads to diabetic neuropathy (DN), which affects multiple body systems and increases amputation risk. A typical form of DN is diabetic peripheral neuropathy (DPN), which is known to be a primary cause of balance issues, and sensation loss in the feet, and a major contributor to nontraumatic lower-limb amputations. Loss of sensation in the foot can be diagnosed with a 10gm Monofilament and a Biothesiometry. Semmes‐Weinstein monofilament test (SWMT): The SWMT is a common screening tool for assessing the sensory function and the loss of pressure sensation (light touch perception). A 10-gm monofilament test (also referred to as the 5.07 monofilament) is the most common in practice. 25 Nos of such monofilament in a box are supplied with the device. The filament is applied to at least six sites on the foot until it buckles, which occurs at 10 g of linear pressure when the patient is asked to detect its presence. If it is not detected on at least four out of six sites, then the protective sensation is considered to be lost. Biothesiometry: Vibration perception threshold (VPT) has been shown to be strongly associated with foot ulceration. VPT determination by using a Digital Biothesiometer has been used to identify peripheral sensory neuropathy and subjects at risk of the foot. Digital Biothesiometer helps us quantitate the threshold and monitor progressive changes or trends on following up testing. Sensory neuropathy increases the risk of foot ulcerations by seven-fold and peripheral arterial disease (PAD) by three folds in people with diabetes. Peripheral neuropathy is the major causal factor in the development of foot ulcerations among diabetic subjects. Early detection of vibration perception threshold (VPT) helps better prevention. Prevention is better than no cure. 50% of all non-traumatic amputations occur in diabetes which is a high-risk group. . Features: • First Company to introduce Digital Biothesiometry in India - 2003 • Digital 0 to 50 Volts indicator • Vibrator with Mute/Check & Record key • Full solid-state design Plantar Pressure measurement: Understanding foot biomechanics is an important component in the evaluation of diabetic foot. The abnormal plantar pressure distribution plays a key role in the formation of plantar calluses and diabetic foot ulcers. Abnormal value of foot pressure, as well as neuropathy, could play an important role in the formation of plantar ulcers independently. Current international guidelines advocate achieving at least a 30 % reduction in maximum plantar pressure to reduce the risk of foot ulcers in people with diabetes. Features: • Foot Imprinter Harris Mat FM1111 • Licensed software to scan and image process FM1111 foot image. • Report to include the footwear measurements. • Multi-color picture image indicates the pressure mapping. IR Foot Temperature measurement: Monitoring of skin temperatures at the foot, along with subsequent offloading can dramatically reduce the occurrence of ulcerations. The defined threshold reported in numerous studies is an asymmetrical difference of 4ºF (2.2°C) between the sites. Because most patients at risk for ulceration are also at risk for Charcot, monitoring foot temperature would be an effective tool. Features: • Simple one-handed operation • Laser targeting • oC / oF select switch, Accuracy +/- 2% • Early marker for Charcot foot • Can reduce the risk of ulceration.

The vibration Perception Threshold (VPT) has been shown to be strongly associated with foot ulceration. VPT determination by using a Digital Biothesiometer has been used to identify peripheral sensory neuropathy and subjects at risk of foot. Digital Biothesiometer helps us quantitate the threshold and monitor progressive changes or trends on following up testing. Sensory neuropathy increases the risk of foot ulcerations by seven-fold and peripheral arterial disease (PAD) by three folds in people with diabetes. Peripheral neuropathy is the major causal factor in the development of foot ulcerations among diabetic subjects. Early detection helps better prevention. Prevention is better than no cure. 50% of all non-traumatic amputations occur in diabetes which is a high-risk group. Our portable vibration sense Biothesiometer VIBROMETER is compatible with Windows 7/8/10/11 operated computers. Android support in available. Features: • Full solid-state design • Electronic Tuning Fork • Easy tool to quantify neuropathy • Digital 0 to 50 Volts indicator • Vibration Check/Mute key on the probe • Data record key on the probe • Computer Connectivity through USB and Bluetooth • Automatic Port Setting • Automatic Interpretation of result • Interpretation rule can be edited • Data Export/Retrieve available • Products tested by an International accredited test lab • Weighs less than 3 Kg • Largest exported product from India • 230V, AC, 50Hz Mains operation(110V, AC, 60Hz option)

The vibration Perception Threshold (VPT) has been shown to be strongly associated with foot ulceration. VPT determination by using a Digital Biothesiometer has been used to identify peripheral sensory neuropathy and subjects at risk of foot. Digital Biothesiometer helps us quantitate the threshold and monitor progressive changes or trends on following up testing. Sensory neuropathy increases the risk of foot ulcerations by seven-fold and peripheral arterial disease (PAD) by three folds in people with diabetes. Peripheral neuropathy is the major causal factor in the development of foot ulcerations among diabetic subjects. Early detection helps better prevention. Prevention is better than no cure. 50% of all non-traumatic amputations occur in diabetes which is a high-risk group. Our portable vibration sense Biothesiometer is compatible with Windows 7/8/10/11 operated computers. Features: • Full solid-state design • Electronic Tuning Fork • Easy tool to quantify neuropathy • Digital 0 to 50 Volts indicator • Vibration Check/Mute key on the probe • Data record key on the probe • Computer Connectivity through USB • Automatic Port Setting • Automatic Interpretation of result • Interpretation rule can be edited • Data Export/Retrieve available • Products tested by an International accredited test lab • Weighs less than 3 Kg • Largest exported product from India • 230V, AC, 50Hz Mains operation(110V, AC, 60Hz option)

Features: • Motorised drill. • Variable speed setting. • Maximum speed of drill is 35000 RPM • Maximum power of the unit - 65 Watts • Forward and Reverse rotation is possible • Remote foot switch is provided • Foot switch have speed adjustment as pressed • Micromotor handle have lock and release chuck • Autoclavable diamond burr tools for repairing fissures, corn and callouses • Autoclavable diamond burr tools for trimming nails • Atleast 8 different diamond burr bit tools are provided with the unit • Unit operational with 230V, AC, 50Hz • Video demo CD is supplied with unit • We are an ISO13485:2016 certified Company.

Deformity due to the diabetic foot causes repetitive and excessive pressure to certain areas of the foot, which may result in ulcers and pains. Therefore, it is necessary to measure the pressure of the sole for the prevention and management of diabetic foot lesions. Early identification of feet 'at risk' for ulceration is important in preventing plantar lesions in diabetic patients with insensitive feet. Plantar pressures are higher in diabetic neuropathic patients than non-diabetic and non-neuropathic Counterparts. As high plantar pressure is a proven risk factor for foot ulceration, effective screening for high plantar pressures in diabetic patients could have a major influence on the incidence of diabetic foot ulceration. High plantar foot pressure has been identified as a significant risk factor for ulcerations. A large number of studies have suggested that plantar pressures are high in people with diabetic peripheral neuropathy (DPN) and in people with a history of diabetic foot ulcers. Measurement of these foot pressures is possible utilizing a variety of modalities. Several computerized systems can provide quantitative measurement of plantar foot pressure. These measurements are important in identifying areas of the foot at risk for ulceration and possibly in the evaluation of orthotic adjustments. In order to identify high-risk patients in a clinical setting, a simple system for screening is needed which is easy to use, reliable and gives results that are easy to interpret and can be immediately available to both the patient and staff. Our Foot Imprinter Harris Mat FM1111 has been developed as a simple, inexpensive and practical foot pressure measurement device intended for routine clinical use. It is a semiquantitative footprint mat that quantifies plantar pressure by visual comparison between the greyness of the footprint. Features: • Measures and display patient weight disbursement in greyscale • Detects the area of the greatest concern for ulceration • Useful to identify Charcot arthropathy • Arch of the patient can be detected • More the darker color represent the high pressure • Excellent tool for motivating the patient to upgrade to a good footwear • Kit includes FI1111 mat, rubber roller, ink pad, Ink and prescription pad

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). Small-fiber Test (HCP) provides an easy-to-use and scientifically validated measure of warm, cool and heat pain thermal sensory thresholds, all clinically useful determinants in the evaluation of diabetic neuropathy. Vibration Perception Threshold (VPT) has been shown to be strongly associated with foot ulceration. VPT determination by using a Digital Biothesiometer has been used to identify peripheral sensory neuropathy and subjects at risk of the foot. Digital Biothesiometer helps us quantitate the threshold and monitor progressive changes or trends on following up testing. Sensory neuropathy increases the risk of foot ulcerations by seven-folds and peripheral arterial disease (PAD) by three folds in people with diabetes. Peripheral neuropathy is the major causal factor in the development of foot ulcerations among diabetic subjects. Early detection helps better prevention. Prevention is better than no cure. 50% of all non-traumatic amputations occur in diabetes who is a high-risk group. Our Neuropathy Analyser model Vibrotherm Dx has inbuilt both VPT and HCP in a single device. The Windows 7/8/10 supported software supplied helps to capture the VPT, COLD, HOT and Monofilament 10gm testing for storage and a patient report. FEATURES: • Full solid-state design with PC enabled • Easy Tool to quantify Neuropathy • Digital Biothesiometer VPT and Thermometry HCP combined • Digital 0 ~ 50 Volts Vibration output • 1 ~ 50o C temperature output range • 1o C rate of change per second • Remote keypad helps easy operation • Single probe delivers both Hot & Cold temperatures • Automatic interpretation based on set reference values • Early detection of Small Fiber Neuropathy • Software supports Windows Win 7 / Win 8 / Win10 computer • Patient report storage, export, pdf options available • USB interface

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

Vasochek+ is a complete non-invasive unidirectional vascular doppler recorder designed to measure the ABI, TBI and the velocity waveform with a connection to a windows 7/8/10 operated computer for storage of data and patient report generation. Interpretation as per TASC II guidelines. FEATURES: • Ankle Brachial Index and Toe Brachial Index • Doppler (C.W) with 8MHz Transducer • Photo-Plethysmography (PPG) Toe sensor • Semi-automated system • Software for ABI/TBI with Waveform • Computer connectivity enabled • Software for data transfer, storage and patient report • Software supports Windows 7/8/10 • Standards matching International standards