Muscle relaxation massager with high-energy lithium battery delivering 1800-3200r/min percussion speed through a 12mm stroke in black or white colour options for deep tissue relief and post-exercise recovery
Muscle Relaxation Massager with Adjustable 1800-3200r/min Speed and 12mm Stroke Depth

This muscle relaxation massager provides targeted percussive therapy through a handheld device powered by a high-energy lithium battery system. With its rated voltage of 24.0V 6INR19/66, the unit delivers consistent power to operate across an adjustable speed range from 1800 to 3200 revolutions per minute. The 12mm stroke depth creates the percussive motion that works on muscle tissue, while the choice between black or white colour finishes allows for personal preference in appearance. The design focuses on delivering electrical power conversion into mechanical percussion for muscle relief applications.
Features and Construction

The construction centres on the electrical and mechanical components required to convert battery power into percussive motion. The available specifications detail the core operating parameters without covering external casing materials, weight, or additional physical dimensions.
Material and Build
The primary stated material is the high-energy lithium battery system specified as 24.0V 6INR19/66, which provides the electrical foundation for the device. This battery type typically offers rechargeable operation, though specific charge times or capacity details are not provided. The build incorporates this power source with a motor assembly capable of producing the stated 1800-3200r/min speed range and 12mm stroke, creating the percussive massage action.
Size and Practical Fit
The only provided dimension is the 12mm stroke depth, which indicates how far the massage head moves during each percussion cycle. This measurement affects how deeply the device can work into muscle tissue. No overall device dimensions, weight, or handle specifications are mentioned, so users should consider it a standard handheld massager based on the massage gun type mentioned.
Uses and Placement

The device serves as a percussive muscle treatment tool suitable for various settings where muscle tension or recovery is a concern. Its adjustable speed range allows adaptation to different sensitivity levels and treatment goals.
Event or Professional Use
For athletic or fitness environments, the adjustable 1800-3200r/min speed enables both gentle warm-up applications and more intensive post-exercise recovery. The 12mm stroke provides consistent depth of penetration that can address common muscle groups affected by physical activity. The high-energy lithium battery supports cord-free operation that professionals might value for treatment flexibility.
Everyday Home Use
In home settings, the device offers a convenient option for addressing muscle stiffness or tension without scheduling appointments. The two colour options—black or white—allow the massager to blend with different interior decors. The battery-powered design eliminates cord management concerns during use on various body areas.
Benefits and Buying Value

The value proposition centres on having a dedicated percussion device with specified technical parameters rather than generalised claims. The concrete specifications provide measurable expectations for performance.
Reuse and Low Maintenance
The lithium battery system suggests rechargeable operation that supports repeated use without disposable battery costs. Proper care of electrical components according to their specifications should help maintain functionality. The simplicity of the core design—focusing on speed and stroke parameters—typically requires minimal maintenance beyond battery charging and surface cleaning.
Why Choose This Product
This massager provides specifically defined performance metrics including its 1800-3200r/min adjustable speed range and 12mm stroke depth, allowing informed comparison based on technical specifications rather than vague claims. The high-energy lithium battery with its 24.0V 6INR19/66 rating indicates a power system designed for consistent output. For users who prioritise measurable parameters over subjective descriptions, these concrete details offer tangible selection criteria.





