What are the specific requirements for the performance of a therapeutic massager?
Publish Time: 2024-08-21
The performance requirements of physiotherapy massagers usually include the following aspects:
Massage function:
Massage method: It should have a variety of effective massage methods, such as kneading, beating, massage, vibration, rolling, etc., and each method can truly simulate the techniques and effects of manual massage to meet the needs of different users for different massage feelings. For example, kneading massage can imitate the pinching action of fingers to relieve muscle tension; beating massage can provide a fist-like knocking force to relax deep muscles.
Massage strength: It has an adjustable strength range, from gentle and soothing to strong and deep, to adapt to the physical conditions and tolerance of different users, as well as the massage needs of different parts of the body. For example, the neck muscles are relatively sensitive and may require a lighter force; while the waist and other parts with thicker muscles may require a stronger force to achieve a relaxing effect.
Targeted massage parts: For different parts of the body, such as the neck, shoulders, back, waist, buttocks, legs, feet, arms, etc., the massager should be able to provide targeted massage plans and suitable massage heads or massage area designs to ensure that the acupuncture points and muscle groups in the target parts can be accurately massaged to achieve accurate and effective massage. For example, for a massager for the neck, the shape and size of the massage head should be suitable for the neck curve and muscle distribution.
Massage rhythm and frequency: The rhythm and frequency of the massage should be reasonable and adjustable, with a stable rhythm and moderate frequency, avoiding discomfort to the user due to too fast or too slow massage, which can effectively promote local blood circulation and relieve muscle fatigue and tension. For example, kneading massage with a certain rhythm and frequency can better relax muscle fibers.
Safety performance:
Electrical safety: As an electrical device, it must comply with relevant electrical safety standards. The shell of the massager should have good insulation performance to effectively prevent the risk of electric shock to the user; the power plug, wires and other components should be of reliable quality and have grounding protection measures to ensure that the current can be safely introduced into the ground during normal use or in abnormal situations.
Overheat protection: During long-term use, the motor, heating element and other parts of the massager may heat up. Therefore, an overheat protection device is required to automatically cut off the power supply or reduce the power when the temperature exceeds the safety threshold to prevent dangerous situations such as fire or scalding the user due to overheating.
Mechanical safety: The structure of the massager should be stable and the components should be firmly connected to avoid loosening or falling off of components during use, which may cause harm to the user. For example, the connection between the massage head and the body should be reliable to prevent the massage head from accidentally flying out during work; the overall frame of the massage chair should be able to withstand the user's weight and the pressure during massage without deformation or damage.
Material safety: The materials used for parts that are in direct contact with the human body, such as massage heads and massage pads, should be safe, non-toxic, non-irritating, and meet relevant hygiene and environmental standards to avoid allergies or other adverse reactions to the user's skin.
Comfort performance:
Fitness: Whether it is a massage chair or a small massage device, the part that contacts the human body should be able to fit the body curve closely, such as the backrest, seat cushion, armrest, etc. of the massage chair should be ergonomically designed, and the massage head or massage pad of a small massager should be able to adapt to the shape of different parts to ensure that the massage force is evenly distributed, improve the massage effect and comfort.
Noise level: The noise generated during work should be controlled at a low level, generally not exceeding 50 decibels, to create a quiet and comfortable massage environment, avoid excessive noise causing interference and discomfort to the user, and affect the relaxation effect.
Temperature control (if heating function): If the massager has a heating function, such as hot compress massage, the heating temperature should be accurately controlled, and the temperature range is usually adjustable between 35℃ - 50℃, and the temperature distribution is uniform to prevent local overheating or overcooling, giving the user a warm and comfortable massage experience, while avoiding the risk of scalding.
Ease of use:
Easy to operate: It has a simple and clear operation interface and control method, such as buttons, knobs, touch screens, etc., with clear operation logic, easy to understand and use. Users can easily turn on and off the massager, select massage mode, strength, time and other functions without complicated operation procedures and professional knowledge.
Clear display: equipped with a clear display or indicator light, which can accurately display the current massage mode, strength level, remaining time, temperature and other information, so that users can understand at a glance, so that they can grasp the working status of the massager at any time and make corresponding adjustments.
Portability (for small massagers): For portable massagers such as handheld and small massage pads, they should have a lightweight design and suitable size, which is convenient for users to use and carry in different scenarios such as home, office, travel, etc., and should be equipped with packaging or design that is easy to store.
Durability:
Reliable quality: Key components such as the body shell, massage parts, and electronic components should be made of high-quality materials and advanced manufacturing processes, with high quality and stability, and can withstand long-term use and frequent operation without being easily damaged, reducing the probability of failure and extending the service life.
Battery life (for wireless massagers): If it is a rechargeable or battery-powered wireless massager, it should have good battery life and be able to meet the use requirements for a certain period of time after a single charge or battery replacement, avoiding frequent charging or battery replacement that affects the use experience. For example, a wireless massage pillow should be able to work continuously for several hours to dozens of hours after being fully charged, depending on the product design and battery capacity.
Other performance:
Appearance design: The appearance should be beautiful and generous, and the shape should conform to ergonomic principles and aesthetic standards. It should not only meet the functional needs of users, but also give people a sense of comfort and pleasure visually, and be coordinated with the home environment or office environment.
Intelligent functions (some high-end products): Some high-end physiotherapy massagers may have intelligent functions, such as remote control and personalized settings through mobile phone APP, automatic adjustment of massage parameters according to the user's physical data and preferences; intelligent detection function, which can automatically adjust the massage intensity and mode according to the user's physical condition, etc.
