Biomedical Instrumentation Lab in Bangladesh

EDIBON teaching and research units for the biomedical instrumentation laboratory, supplied, installed and commissioned in Bangladesh by Vvon with faculty training included. 14 units available.

14 products from 1 manufacturer: EDIBON.

Products

• BIHBPC: Computer Controlled Biomedical Parameters and Biosignals Unit — EDIBON: A teaching unit for learning how the main human biosignals are measured and interpreted, including electrocardiography, pulse oximetry, blood pressure and body temperature. Signals are acquired through the control interface box and displayed on the computer.
• BIPBSC: Computer Controlled Biomedical Patient Biosignals Simulation Unit — EDIBON: A patient simulator that generates the main biosignals, including the electrocardiogram, pulse oximetry and blood pressure, so that students can practise measurement and interpretation safely. Normal and abnormal traces can be produced on demand.
• BISBC: Computer Controlled Biomedical Spirometry Unit — EDIBON: A unit combining a professional spirometer with a breath simulator made up of a linear actuator and two lung simulators. Students record spirometry traces from known lung volumes and learn to interpret the respiratory parameters obtained.
• BICIR: Biomedical Electrosurgery Unit — EDIBON: An electrosurgery unit of the type used in modern surgery to cut tissue and restrict blood flow, supplied with a protective enclosure for teaching. Students study the electrical principles behind cutting and coagulation modes and the safety measures required.
• BICSC: Computer Controlled Biomedical Circulatory System Unit — EDIBON: A unit that models the circulatory system using a viscometer and pressure sensors. Students relate viscosity, flow and pressure to the behaviour of blood in vessels, which supports teaching on haemodynamics and on cardiovascular diagnosis.
• BIETC: Computer Controlled Biomedical Electrotherapy Unit — EDIBON: A professional electrotherapy machine supplied with a control interface box that connects it to a computer. Students acquire and examine the treatment waveforms and study how current type, frequency and intensity are chosen for different therapies.
• BIUTEC: Computer Controlled Biomedical Ultrasound Unit — EDIBON: A unit for studying the thermal effects of ultrasound in biological tissue by experiment. Students measure the temperature rise produced in a tissue phantom against intensity and exposure time, which is the basis for designing safe ultrasound therapy.
• BIADC: Computer Controlled Biomedical Diagnosis and Auditory Unit — EDIBON: An audiometry teaching unit that produces audiograms for subjects with different levels of hearing. Students learn to run the test and to read the resulting audiogram in order to identify the type and degree of a hearing loss.
• BIMAG: Biomedical Magnetotherapy Unit — EDIBON: A magnetotherapy teaching unit that lets students apply and measure pulsed magnetic fields and understand how the equipment works internally. It covers the field strengths and frequencies used in treatment and the measurement of the applied field.
• BIMTE: Thermal Effects of Microwaves in Biomedicine Unit — EDIBON: A unit for testing microwave therapy and examining how the equipment produces its effect. Students measure the temperature rise produced in a tissue sample by microwave energy and relate it to power, applicator distance and exposure time.
• BIEV: Computer Controlled Steam Sterilizer Unit — EDIBON: A steam steriliser of the type used in medical and research centres to sterilise instruments. Students run full cycles and follow chamber pressure and temperature against time, which teaches the relationship between saturated steam conditions and sterility.
• SPC: Weighing System, with Computer Data Acquisition — EDIBON: Designed by EDIBON, the "SPC" Weighing System with Computer Data Acquisition is an easy-to-use unit for carrying out various experiments requiring accurate weight measurement.
• M46: Environmental Measurements — EDIBON: Designed by EDIBON, the Environmental Measurement Unit, "M46", makes it possible to study the different techniques used to measure physical magnitudes such as humidity, air pressure, air flow and temperature, among others, using different types of sensors.
• M48: Sound Measurements — EDIBON: Designed by EDIBON, the Sound Measurement Unit, "M48", supports a range of practices related to sound measurements.

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