A swing-driven massage head maintains strong contact under body resistance, improving massage force and adding optional vibration stimulation.
A mounting assembly links a massage gun to a massage cane, extending reach and leverage for self-applied percussion on spinal muscles.
Stick-slip friction lets a reciprocating massage tool swivel and translate, improving force distribution and comfort on varied body surfaces.
A telescopic drive swings a pivoted tongue in and out to reduce reverse vibration, improve force control, and add multidimensional stimulation.
A dual-sided motor shaft and symmetrical linkage balance piston loads, cutting wear while keeping the massage drive compact and stable.
A bendable detachable extension lets the massage head and handle reconnect to reach the back more easily without a fixed-handle layout.
A screw rod, rolling balls, and vibration motor create continuous multi-directional massage to overcome uneven static or vibration-only stimulation.
A motor-side balancing member counters eccentric force mismatch, improving vibration transfer to the massage head while reducing wasted motion.
An elastic connecting member lets two massage heads auto-fit body contours, switching between clamping, squeezing, and tapping modes.
Combining rhythmic clamping with negative pressure, this case shows how one massage body expands stimulation modes without separate mechanisms.
A flexible support body with embedded metal strips adapts to different neck shapes while preserving rigidity for effective pulse, vibration, and heat massage.
A lead-in groove and annular clamping groove secure the massage head against falloff while enabling fast replacement and cleaner operation.
Changing sound frequency over time boosts contractile force and reduces muscle fatigue where constant-frequency stimulation falls short.
A built-in storage chamber, pressing head, and one-way valve dispense lubricant during use to avoid manual reapplication and interruptions.