Connected sensors for rehabilitation & performance
The KinVENT ecosystem combines dynamometers, power platforms, motion sensors, surface EMGs, and Kinvent App. From initial assessment to return to sports, all results are stored in the same working environment.
KINVENT Catalogue
From portable dynamo to three-axis force analysis, open the product page to see measurements, tests, and usage scenarios.
DynamometersEasy wireless manual dynamometer to quickly assess the maximum and isometric strength of almost 40 muscle groups using interchangeable accessories.
DynamometersWireless dynamometer for measuring grip strength, evaluation of neuromuscular function, fatigue and progress of brush and upper limb restoration.
DynamometersA short wireless wireless dynamometer for accurate measurement of isometric and dynamic strength in sports training, prevention of injuries and rehabilitation.
DynamometersWireless inflatable pressure sensor to assess muscle activation, strength and endurance due to controlled changes in pressure with biofeedback.
Motion sensorsIntelligent portable gonometer for accurate measurement of movements and range of motion of joints in real time.
Neuromuscular sensorsWireless wearable surface electromyography sensor for muscle activation registration, activation time and coordination while driving.
Motion sensorsIMU and UWB hybrid sensor for sprint and power-based training, working indoors and outdoors and transmitting real-time distance, speed and power data.
Power platformsEasy portable platforms for balance analysis, postural control, load distribution, functional movements and isometric force.
Power platformsLarge power platforms for functional evaluation, postural control, isometric force and detailed analysis of vertical jumps.
Power platformsPlatforms of increased format for full-body movements, double testing, heavy loads and high-quality sports and analytical analysis.
Power platformsPortable three-axle platforms for measuring vertical, lateral and front-rear forces during jumps, changes in direction and sport-specific movements.
Quick comparison
The table helps to navigate by the type of equipment, basic scenarios and available indicators.
| Product | Type | Key scenarios | Main indicators |
|---|---|---|---|
| K-PushHandheld dynamometer | Dynamometers | Determination of muscle strength deficiency; Initial and reassessment in rehabilitation | Maximum force, Medium force, Isometric force, Comparison of sides |
| K-GripGrip-strength dynamometer | Dynamometers | Maximum grip strength; Rehabilitation of the brush after injuries and operations | Peak grip strength, Fatigue, Repeat dynamics, Asymmetry |
| K-PullTraction dynamometer | Dynamometers | Isometric Mid-Thigh Pull (IMTP); Nordic hamstring test | Peak Force, Dynamic Force, Isometric Force, Session Comparison |
| K-BubbleAir dynamometer | Dynamometers | Evaluation of muscle activation and endurance; Training of the cortex and posture | Pressure, Activation, Strength, Endurance |
| K-MoveHorizontal gonometer | Motion sensors | Evaluation of mobility after injury; joint goniometrics | Motion range, Angle of joint, Motion speed, Symmetry |
| K-MyoPortable surface EMG | Neuromuscular sensors | Analysis of muscle activation; Neuromuscular retraining | Intensity activation, Inclusion time, Coordinate, Fatigue |
| K-PowerSpeed sensor and VBT | Motion sensors | Sprinting training; Velocity Based Training | Smax, Medium and peak power, Bar speed, Motion range |
| K-Force PlatesPortable Power Platforms | Power platforms | Balance on two or one leg; Sit-to-stand, squat and push | CoP, Stability, Load Distribution, Maximum Power |
| K-DeltasLarge power platforms | Power platforms | CMJ, SJ and Drop Jump; IMTP, ASH and McCall Test | Jump height, Peak power, Pulse, Force–velocity profile |
| K-Deltas XLPower platforms XL | Power platforms | Dynamic power and power; advanced balance analysis | GRF, Jumping height and speed, CoP, Power |
| 3D DeltasThree-axle power platforms | Power platforms | Inhibition, direction change and re-acceleration; Broad jump, alternative links and single-leg shops | X/Y/Z force, Braking impulse, Ground contact time, Lateral RSI |
Kinvent App
Kinvent App collects, visualizes and stores biomechanical data in real time. Strength, balance, mobility, neuromuscular control and patient-reported outcomes are available in a single profile.
Synchronous recording of force, motion and EMG for comprehensive evaluation.
Personalized or pathological-specific recovery programs.
Live visual feedback for technique and motivation.
History of sessions, progress schedules, PROMs and export results.
Who is suitable
KINVENT is scaled from individual specialist to team, clinic, academic program or high achievement center.
Objective initial assessment, personal protocols and recovery control.
Quantitative indicators for the justification of treatment and documentation of the result.
Readiness, strength training, prevention of injuries and return-to-sport.
Repeated protocols, transient data and transformations of evidence-based practice.
Quality and Information Security
The official website of KINVENT presents markings and certifications CE, FDA, HDS, HIPAA, ISO 27001, ISO 9001 and EN ISO 13485, as well as registration of Health Canada. The application is declared as compatible with iOS and Android and supports the work online and offline.
The regulatory status, the list of documents and the applicability of certification are confirmed for a specific product and delivery to Ukraine.KINVENT in Ukraine
Describe the specialty, the number of specialists, the types of tests and the planned load. EchoMedica will help to compare sensors, software capabilities and equipment.
The information is translated and adapted according to the official materials of KINVENT. The final characteristics, equipment, licenses of the application, availability and regulatory status are confirmed in the offer for a specific delivery.
KINVENT official website