Multi-Channel Pressure Recording System

Multi-channel system for simultaneous recording of intravesical, intra-abdominal, and detrusor pressures during complete urodynamic studies. This monitoring equipment provides real-time pressure data visualization.

Multi-channel systems for simultaneous recording of EEG, eye movement, muscle tone, cardiac rhythm, and respiratory parameters during sleep studies. Enables comprehensive assessment of sleep disorders and respiratory disturbances.

GI Manometry System measures muscle contractions and pressure patterns in the gastrointestinal tract to diagnose motility disorders, achalasia, and other esophageal dysfunctions. This diagnostic device provides real-time pressure monitoring and waveform analysis to guide clinical assessment and treatment decisions.

Esophageal Manometry System measures pressure and muscle contractions within the esophagus to diagnose motility disorders and swallowing dysfunction. This diagnostic instrument provides real-time pressure readings and waveform analysis for clinical evaluation of esophageal function and treatment planning.

Anorectal Manometry System for measuring pressure and muscle function in the anal sphincter and rectum. Used clinically to diagnose fecal incontinence, constipation, and other anorectal disorders. Provides detailed pressure readings and functional assessment data to guide treatment planning.

Real-time dynamic foot pressure measurement device capturing pressure data during walking and standing activities. Provides quantitative analysis for biomechanical assessment and rehabilitation monitoring.

A medical endoscope system designed for pressure-controlled imaging applications in diagnostic and surgical procedures. This device integrates endoscopic visualization with pressure monitoring capabilities to provide real-time imaging during medical interventions.

Specialized diagnostic system for measuring dynamic pressure distribution across the plantar surface of the foot during walking and running. Enables precise assessment of pressure patterns to guide orthotic design and clinical decision-making.

An integrated imaging technology combining tactile imaging and functional imaging to create pressure maps and biomechanical assessments of pelvic floor tissues. It enables objective quantification of tissue properties under deformation and muscle activity conditions.

Advanced gait analysis technology integrated into rehabilitation equipment to provide detailed pressure mapping during walking, stair climbing, and slope negotiation. Enables comprehensive assessment of ambulatory function.

24-hour pH-impedance monitoring system for detecting gastroesophageal reflux disease and esophageal motility disorders. Combines pH measurement with impedance technology to identify both acid and non-acid reflux events, providing comprehensive diagnostic data for clinical assessment and treatment planning.

Multi-sensor array system for detecting and locating blood vessels with high reproducibility. Provides detailed vascular mapping and pressure distribution analysis for cardiovascular assessment.