Kinvent

Kinvent K-Myo Wireless Surface EMG Neuromuscular Sensor

Regular price $1,680.00 USD

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Kinvent K-Myo wireless EMG sensor shown with electrode attachments
$1,680.00 USD
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Kinvent K-Myo Wireless Surface EMG Neuromuscular Sensor


Description

The Kinvent K-Myo is a portable, wireless surface electromyography (EMG) sensor that captures real-time muscle activation data during movement - without invasive procedures or bulky equipment. Designed for clinicians, sports trainers, coaches, and researchers, it delivers precise insights into muscle timing, intensity, and coordination across a wide range of clinical and performance settings.

Whether you're guiding a patient through post-injury rehabilitation, analyzing an athlete's neuromuscular output during training, or conducting movement science research, the K-Myo gives you the data-driven clarity to make better decisions. Its seamless integration with the Kinvent App means you can visualize, track, and compare muscle performance in real time - right from your device.


Key Features

  • Wireless & Wearable Design: Compact, cable-free form factor allows unrestricted use in clinical, sports, and lab environments.
  • Real-Time EMG Feedback: Monitor live muscle activation patterns during movement, exercise, or therapeutic protocols.
  • Non-Invasive Surface EMG: Captures electrical activity of muscles safely and comfortably - no needles or invasive equipment required.
  • High-Precision Muscle Monitoring: Evaluates muscle strength, coordination, and motor control with high-frequency signal capture.
  • Multi-Muscle Capability: Simultaneously assesses multiple muscle groups for comprehensive, full-body movement analysis.
  • Long Battery Life: Extended use sessions supported by a long-lasting battery, reducing interruptions during assessment or training.
  • Kinvent App Integration: Connects directly to the Kinvent App to visualize, track, and compare muscle performance with clinical precision.
  • Neuromuscular Control Assessment: Ideal for evaluating timing, fatigue, motor re-education, and neuromuscular control patterns.
  • Broad Application Range: Suited for rehabilitation, injury prevention, biomechanics research, and strength training optimization.

Key Applications

  • Muscle Activation & Performance Analysis: Tracks muscle engagement during exercise, revealing strength imbalances and training inefficiencies.
  • Rehabilitation & Injury Prevention: Helps physiotherapists assess muscle function recovery and build targeted rehabilitation protocols.
  • Biomechanics & Movement Science: Supports sports scientists and researchers studying muscle coordination, fatigue, and motor learning.
  • Strength Training Optimization: Assists coaches and athletes in refining technique to maximize muscle efficiency and reduce injury risk.

Shipping

Ships free! Please email us at service@omahasportsandgames.com for a delivery ETA or to confirm shipping details.


What's Included

  • Kinvent K-Myo wireless EMG sensor

Why You'll Love It

The K-Myo represents a new standard in accessible, clinical-grade EMG technology - one that doesn't sacrifice portability for precision. Rehabilitation professionals, strength coaches, and sports scientists trust it to deliver the kind of neuromuscular data that was once limited to large laboratory setups. Its wireless, wearable form factor means you can assess patients or athletes in any environment, from the clinic floor to the weight room to the field.

Integration with the Kinvent App makes reporting and progress tracking straightforward, so you spend less time managing data and more time acting on it. If you're serious about optimizing movement, accelerating recovery, or understanding how muscles perform under load, the K-Myo is the tool built for you.


FAQ

What is surface EMG and how is it different from needle EMG?

Surface EMG (sEMG) uses electrodes placed on the skin to detect the electrical signals generated by muscles as they contract - no needles or penetration required. Needle EMG, typically used in clinical diagnostics, involves inserting an electrode directly into the muscle. Surface EMG is non-invasive, comfortable, and ideal for performance and rehabilitation assessments, making it the preferred method for trainers, coaches, and physiotherapists.

How many muscles can the K-Myo monitor at once?

The K-Myo supports multi-muscle capability, allowing simultaneous assessment of multiple muscle groups. This makes it well suited for comprehensive movement analysis, bilateral comparisons, and exercises that engage several muscle groups at once. For specific channel configurations, please contact us directly.

Does the K-Myo work with the Kinvent App?

Yes - the K-Myo integrates seamlessly with the Kinvent App, available on both iOS and Android. The app allows you to visualize real-time EMG data, track muscle activation patterns over time, compare sessions, and generate reports - all from a tablet or smartphone.

Is the K-Myo suitable for use during exercise or movement?

Absolutely. The K-Myo's wireless, wearable design is built specifically for dynamic use. It can be worn during exercises, sports movements, rehabilitation protocols, and functional assessments without restricting the subject's range of motion or requiring them to stay connected to a stationary device.

Who is the K-Myo designed for?

The K-Myo is designed for a broad range of professionals including physical therapists, rehabilitation clinicians, sports performance coaches, athletic trainers, biomechanics researchers, and sports scientists. It bridges the gap between clinical-grade measurement and real-world usability, making it valuable in clinical, academic, and athletic settings alike.

Is any specialized training required to use the K-Myo?

The K-Myo is designed to be accessible for trained professionals without requiring deep expertise in EMG technology. The Kinvent App streamlines data collection and visualization. That said, a working understanding of muscle anatomy and EMG principles will help you get the most from the data - particularly for clinical and research applications.

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