Eldan’s Sport & Nutrition Science portfolio offers extensive solutions for human performance testing, metabolic analysis, and elite athlete assessment. Through our established partnership with industry leader COSMED, among others, we provide a full range of technologies, including wearable metabolic analyzers for VO₂ max and field testing.
We also offer advanced treadmills, ergometers, and sophisticated systems for motion analysis and neuromuscular assessment. To complete the picture, we offer medically validated devices for body composition and metabolic analysis, with solutions for both sports labs and clinical nutrition. These tools enable precise, data-driven decisions for everything from training and rehabilitation to clinical care, ensuring our partners achieve accurate results.
Advanced cardiopulmonary exercise testing systems (CPET) for metabolic and cardiorespiratory assessment during exercise. These systems generate comprehensive data on metabolic and cardiorespiratory function, making them essential for clinical and sports science applications.
A cutting-edge wearable metabolic system for both laboratory and field testing. This portable solution measures metabolic parameters accurately and non-invasively, providing invaluable insights into athletic performance and energy expenditure in real-world conditions.
A new generation metabolic monitor designed for precise VO2 Max and Resting Energy Expenditure measurements. This device is an essential tool, providing accurate data for nutrition plans and exercise protocols.
Advanced Indirect Calorimetry monitors designed for use in critical care and clinical practice. These devices provide precise measurements of resting metabolic rate, essential for managing the nutritional needs of both spontaneously breathing and mechanically ventilated patients.
Advanced Dual-Energy X-ray Absorptiometry (DEXA) systems for body composition analysis in sports medicine. These systems offer precise data on lean mass, fat mass, and bone mineral density. By providing a data-driven foundation, this information empowers athletes and trainers to precisely optimize their training protocols and accurately track recovery from injuries, leading to superior performance and better health outcomes.
Premier densitometric body composition assessment systems for non-invasive analysis in adults, children, and infants. Based on densitometric principles, these systems provide highly accurate and reliable measurements of body fat and fat-free mass.
A range of medically validated body composition analyzers using BIA technology. These advanced devices deliver high-precision measurements of fat mass, muscle mass, and water compartments for use in clinical nutrition, sports medicine, and weight management.
Miniaturized, ingestible sensor capsules for continuous core body temperature monitoring. These advanced devices deliver accurate real-time data, making them ideal for monitoring thermal strain in subjects affected by extreme thermal conditions.
State-of-the-art inertial sensors for biomechanical and neuromuscular assessment. These lightweight devices provide accurate measurements of joint flexibility, balance, and muscular power, with real-time biofeedback for performance and rehabilitation optimization. These sensors integrate seamlessly with other systems to supply a full spectrum of kinematic and kinetic insights.
Advanced cardiopulmonary exercise testing systems (CPET) for metabolic and cardiorespiratory assessment during exercise. These systems generate comprehensive data on metabolic and cardiorespiratory function, making them essential for clinical and sports science applications.
A cutting-edge wearable metabolic system for both laboratory and field testing. This portable solution measures metabolic parameters accurately and non-invasively, providing invaluable insights into athletic performance and energy expenditure in real-world conditions.
A new generation metabolic monitor designed for precise VO2 Max and Resting Energy Expenditure measurements. This device is an essential tool, providing accurate data for nutrition plans and exercise protocols.
Advanced Indirect Calorimetry monitors designed for use in critical care and clinical practice. These devices provide precise measurements of resting metabolic rate, essential for managing the nutritional needs of both spontaneously breathing and mechanically ventilated patients.
Advanced Dual-Energy X-ray Absorptiometry (DEXA) systems for body composition analysis in sports medicine. These systems offer precise data on lean mass, fat mass, and bone mineral density. By providing a data-driven foundation, this information empowers athletes and trainers to precisely optimize their training protocols and accurately track recovery from injuries, leading to superior performance and better health outcomes.
Premier densitometric body composition assessment systems for non-invasive analysis in adults, children, and infants. Based on densitometric principles, these systems provide highly accurate and reliable measurements of body fat and fat-free mass.
A range of medically validated body composition analyzers using BIA technology. These advanced devices deliver high-precision measurements of fat mass, muscle mass, and water compartments for use in clinical nutrition, sports medicine, and weight management.
Miniaturized, ingestible sensor capsules for continuous core body temperature monitoring. These advanced devices deliver accurate real-time data, making them ideal for monitoring thermal strain in subjects affected by extreme thermal conditions.
State-of-the-art inertial sensors for biomechanical and neuromuscular assessment. These lightweight devices provide accurate measurements of joint flexibility, balance, and muscular power, with real-time biofeedback for performance and rehabilitation optimization. These sensors integrate seamlessly with other systems to supply a full spectrum of kinematic and kinetic insights.
Advanced cardiopulmonary exercise testing systems (CPET) for metabolic and cardiorespiratory assessment during exercise. These systems generate comprehensive data on metabolic and cardiorespiratory function, making them essential for clinical and sports science applications.
A cutting-edge wearable metabolic system for both laboratory and field testing. This portable solution measures metabolic parameters accurately and non-invasively, providing invaluable insights into athletic performance and energy expenditure in real-world conditions.
A new generation metabolic monitor designed for precise VO2 Max and Resting Energy Expenditure measurements. This device is an essential tool, providing accurate data for nutrition plans and exercise protocols.
Advanced Indirect Calorimetry monitors designed for use in critical care and clinical practice. These devices provide precise measurements of resting metabolic rate, essential for managing the nutritional needs of both spontaneously breathing and mechanically ventilated patients.
Advanced Dual-Energy X-ray Absorptiometry (DEXA) systems for body composition analysis in sports medicine. These systems offer precise data on lean mass, fat mass, and bone mineral density. By providing a data-driven foundation, this information empowers athletes and trainers to precisely optimize their training protocols and accurately track recovery from injuries, leading to superior performance and better health outcomes.
Premier densitometric body composition assessment systems for non-invasive analysis in adults, children, and infants. Based on densitometric principles, these systems provide highly accurate and reliable measurements of body fat and fat-free mass.
A range of medically validated body composition analyzers using BIA technology. These advanced devices deliver high-precision measurements of fat mass, muscle mass, and water compartments for use in clinical nutrition, sports medicine, and weight management.
Miniaturized, ingestible sensor capsules for continuous core body temperature monitoring. These advanced devices deliver accurate real-time data, making them ideal for monitoring thermal strain in subjects affected by extreme thermal conditions.
State-of-the-art inertial sensors for biomechanical and neuromuscular assessment. These lightweight devices provide accurate measurements of joint flexibility, balance, and muscular power, with real-time biofeedback for performance and rehabilitation optimization. These sensors integrate seamlessly with other systems to supply a full spectrum of kinematic and kinetic insights.
Our integrated approach combines maintenance excellence, technical expertise, and application guidance. We help you maximize your return on investment through strategic planning and continuous performance enhancement. We are committed to your success at every operational stage.
Everything we do is focused on long-term performance and customer success.
