Cosmed K5. COSMED K5 wearable metabolic technology on display at Monark Exercise K5, the 4th generation of the most popular family of wearable metabolic systems, is a device designed for the measurement of metabolic parameters (VO2, VCO2, Ventilation, HR, energy expenditure, and more…) either in the field or in laboratory. K5 reaps the benefits of more than 25 years of experience with metabolic systems.
DEIB Equipment from www.deib.polimi.it
COSMED is proud to introduce K5, the 4th generation of the most popular wearable metabolic system, a breakthrough in the field of exercise physiology and human perfor-mance assessment COSMED is proud to introduce the K5, the 4th generation of the most popular wearable metabolic system, a breakthrough in the field of exercise physiology and human performance assessment
DEIB Equipment
Installation - Connecting the K5 to the PC- 37 How to contact COSMED You may contact the manufacturer directly at the following address for information: COSMED S.r.l COSMED is proud to introduce the K5, the 4th generation of the most popular wearable metabolic system, a breakthrough in the field of exercise physiology and human performance assessment The extensive list of new and unique characteristics of the K5 expands the scope of metabolic testing from clinical exercise testing to performance assessment
COSMED K5 Wearable Metabolic System for both laboratory and field. COSMED is proud to introduce the K5, the 4th generation of the most popular wearable metabolic system, a breakthrough in the field of exercise physiology and human performance assessment Installation - Connecting the K5 to the PC- 37 How to contact COSMED You may contact the manufacturer directly at the following address for information: COSMED S.r.l
The first wearable metabolic system, K5 made by Cosmed, was installed. The extensive list of new and unique characteristics of the K5 expands the scope of metabolic testing from clinical exercise testing to performance assessment OMNIA's intuitive workflow allows users to operate devices without the need for a long adaptation period.