A specialised facility for studying, evaluating and applying the medical devices used across clinical diagnosis, patient monitoring and therapeutic purposes.
The laboratory houses a diverse range of diagnostic, monitoring and treatment systems commonly employed in modern healthcare settings. It facilitates the understanding of medical device technologies, operating principles, performance characteristics, safety aspects and system integration — while supporting medical technology assessment, equipment management, quality assurance and innovation in healthcare technology.
Records and analyses electrical responses generated by the nervous system after sensory stimulation. High-sensitivity acquisition with real-time waveform visualisation supports neurological evaluation, intraoperative monitoring and neurophysiological research.
Delivers deep tissue stimulation through high-frequency ultrasonic waves, with controlled energy transmission and precise treatment parameters for physiotherapy and rehabilitation programmes.
Delivers high-frequency electrical energy for precise tissue cutting and coagulation, paired with an integrated analyser for output measurement and safety verification — essential for surgical technology.
Demonstrates the principles of mechanical ventilation — airflow dynamics, pressure regulation and ventilation modes — giving structured insight into patient-ventilator interaction in critical care.
A wireless platform for acquiring and transmitting ECG, heart rate, respiration, temperature and other physiological variables in real time, without restricting subject mobility.
Generates precise audio frequencies and intensity levels to evaluate hearing sensitivity via air and bone conduction, differentiating conductive from sensorineural hearing impairment.
Uses high-frequency electromagnetic energy to generate deep tissue heating, relieving pain and muscle spasm while improving circulation across physiotherapy and rehabilitation practice.
Illustrates extracorporeal blood purification — circulation, filtration, diffusion, ultrafiltration and fluid balance — through the functional components of a hemodialysis system.
Demonstrates cardiopulmonary bypass — blood oxygenation, circulation, temperature control and extracorporeal life support — covering flow dynamics and perfusion technique.
Measures lung volumes, capacities and airflow rates through digital sensing, with clear data visualisation and automated calculation for pulmonary function evaluation.
Regulates heart rhythm by delivering controlled electrical impulses when natural pacing is inadequate. Used for educational demonstration and clinical training in cardiac stimulation.
Uses high-frequency sound waves to generate detailed, real-time images of organs, soft tissues and fetal development — a safe, radiation-free imaging method.
Assesses vibration perception and sensory nerve function linked to diabetic neuropathy, enabling study of peripheral nerve sensitivity and sensory threshold changes.
