Indirect Calorimetry System

Comprehensive system for monitoring animal energy metabolism with standardized indirect calorimetry methods and multi-parameter synchronous monitoring capabilities. Features diverse functional modules including food/water intake monitoring, body weight measurement, and activity monitoring with full species coverage.

Equipment for analyzing respiratory gases to determine metabolic rate and energy expenditure. Provides comprehensive metabolic assessment for clinical nutrition and exercise physiology applications.

Portable metabolic assessment device measuring oxygen and carbon dioxide concentrations and respiratory volume. Enables objective measurement of metabolic function across various clinical and field settings.

It is a device that can measure and analyze the amount of metabolism in the human body, and it is used for cardiopulmonary rehabilitation exercise by artificially applying a load to forcibly exercise. It measures the amount of oxygen and carbon inhaled by the body, the amount of oxygen emitted, the amount of carbon emitted, the maximum pulse, the amount of breath circulated, the maximum amount of oxygen intake per body weight, the respiratory exchange rate, the basic metabolism, and the amount of calories burned. It is applied in many fields, including heart rehabilitation, respiratory rehabilitation, rehabilitation medicine, motion analysis laboratories, industrial medicine, ergonomics, sports medicine, motor performance evaluation, and nutrition, which require continuous measurement of cardiopulmonary function and analysis of the body's changing metabolic function.

A dedicated system for precise measurement of respiratory gases and acid-base balance parameters. The analyzer determines oxygen saturation, carbon dioxide levels, and pH in blood specimens. Critical for respiratory and metabolic assessment in clinical practice.

A cell-based system for measuring real-time cellular energy metabolism including ATP production and mitochondrial function. Used in cell biology and biochemistry research.

Fluorescence-based oxygen metabolism monitor designed for clinical research and physiological studies. Measures real-time oxygen consumption and metabolic rates in tissues using advanced fluorescence spectroscopy. Enables non-invasive assessment of cellular respiration and oxidative stress in research and clinical settings.

Automated system for measuring blood gas parameters and acid-base status in blood samples. The analyzer provides rapid results for respiratory and metabolic disorder assessment.

Respiratory research equipment for monitoring lung function and inhalation exposure in laboratory animals. Provides real-time pulmonary function assessment with standardized measurement protocols.

Laboratory analyzers for measuring blood gas parameters in healthcare facilities supporting respiratory and metabolic assessment.

Dedicated measurement system for oxygen parameters in respiratory therapy applications. Provides accurate quantification of oxygen delivery and utilization metrics.

Automated blood gas and electrolyte analysis systems for clinical laboratory use. Equipment processes blood samples with high throughput capabilities in hospital settings.