Optimize motor performance
The motor is the core power source of the Mini Massage Gun. In order to improve the striking strength and depth, you can first start with the optimization of the motor. Using a high-torque, high-speed motor can output more powerful power within the same volume. For example, the new brushless DC motor is used, which has higher efficiency and power density than traditional brushed motors, can reduce energy loss and provide more stable and powerful power output. At the same time, through advanced motor control technology, such as precise pulse width modulation (PWM) control, the speed and torque of the motor can be accurately adjusted, and the output power of the motor can be instantly increased according to different massage needs, thereby increasing the hitting intensity of the massage gun. significantly enhanced. In addition, the innovative design of the motor's heat dissipation structure, such as the use of efficient heat sinks or liquid cooling technology, ensures that the motor can maintain good performance even when operating at high loads, avoids power loss due to overheating, and indirectly ensures stable and powerful performance. Hit power and depth.
Improve transmission system
The transmission system plays a key role in transmitting the motor power to the massage head. The innovative transmission design can effectively improve the hitting effect. The precision planetary gear transmission mechanism can achieve a large transmission ratio, convert the high-speed rotation of the motor into the high-torque and low-speed rotation of the massage head, and enhance the striking force. Moreover, the use of gear materials with high strength and low friction coefficient, such as special alloys or engineering plastics, can reduce energy loss during power transmission and improve transmission efficiency. In addition, optimizing the connection method of the transmission system, such as using elastic couplings or high-precision spline connections, can better adapt to forces in different directions, reduce vibration and energy loss, and ensure that power can be accurately and efficiently transmitted to the massage head, thereby increasing the hitting depth of the massage gun, so that the massage effect can penetrate deep into the muscle tissue to achieve better relaxation and soothing effects.
Massage head material and structure innovation
The material and structure of the massage head directly affect the transmission effect of hitting strength and depth. Develop new massage head materials, such as composite materials with high elastic modulus and good damping properties, which can not only maintain shape stability when impacted by motor power, effectively transmit force to muscles, but also produce a certain amount of force when contacting muscles. Cushioning to avoid excessive damage to muscles while increasing hitting depth. The structure of the massage head adopts a multi-layered and multi-textured design, such as convex textures on the surface or massage contacts of different shapes. During rotation or vibration, it can increase the friction and contact area with the muscles, thereby increasing the power of the massage head. The distribution is more even, further improving the hitting effect. In addition, through the adjustable massage head design, users can change the angle or extension length of the massage head according to their own needs, thereby better adapting to different muscles in different parts and different massage intensity requirements, and achieving personalized hitting intensity and depth. custom made.
Intelligent adjustment and feedback system
The introduction of intelligent adjustment and feedback system is another innovative direction to enhance the striking strength and depth of Mini Massage Gun. Through the built-in pressure sensor and acceleration sensor, parameters such as the contact pressure, hitting frequency and depth between the massage head and the muscles are monitored in real time. Then, these data are transmitted to the smart chip for analysis and processing, and the output power of the motor and the working status of the transmission system are automatically adjusted according to the preset algorithm. For example, when the sensor detects that the muscles in the massage area are tense, the intelligent system will automatically increase the speed and torque of the motor to increase the strength and depth of the blow to better relax the muscles. At the same time, users can also connect to the massage gun through the mobile app and manually adjust the massage parameters according to their own feelings to achieve a personalized massage experience. This intelligent adjustment and feedback system enables the Mini Massage Gun to flexibly and accurately control the strength and depth of the blow according to different usage scenarios and user needs, greatly improving the practicality and effectiveness of the product.
