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Passive and Active Exerciser (pediatric type): A Rehabilitation Partner That Helps Children Transform "Wanting to Move" into "Being Able to Move"
Release time:
2026-02-25
For children with cerebral palsy, spinal cord injury, or neuromuscular disorders, prolonged inactivity can lead to joint stiffness (such as inability to raise arms or bend legs) and muscle atrophy (increasingly weak arms and legs).
01 Passive Training: "Untying" stiff joints and preventing muscles from "falling asleep." Passive training devices act like a "gentle masseur," slowly guiding the child's upper and lower limbs through flexion, extension, and rotation movements according to a preset trajectory—for example, upper limb devices help children "raise their arms" and "make fists," while lower limb devices help them "kick their legs" and "step on their feet." This training is not "forced," but rather "maintained": 15-20 minutes a day can help children maintain joint flexibility and prevent muscle "degeneration" due to prolonged inactivity.
02 Active Training: Letting children "use their own strength" and find a sense of "accomplishment" through feedback. More important than "being able to move" is "wanting to move actively." The "active mode" of the active and passive devices adjusts the assistance based on the child's effort output—for example, when the child tries to raise their hand, the device gently "supports" them, and when the child reaches the target, an animation pops up on the screen saying, "Great job, baby! You just used 5 parts of your strength!" This "self-effort + device assistance" mode can gradually awaken the child's motor memory: "I can move my arm by exerting force; I can get my favorite picture book by trying again."
[Passive and Active Exerciser] Helping Children Rediscover the Joy of Movement
Many parents worry: "Will using equipment make children dependent?" Actually, quite the opposite—the core of active and passive equipment is "assistance," not "replacement." It's like a patient companion, helping children turn "can't do it" into "try again," and "rehabilitation training" into "playing games."
Medical research shows that combined active and passive exercise training can increase children's motor function recovery rate by 30% compared to single-method training—because it takes into account both "maintaining function" and "stimulating initiative," which is more in line with children's growth and development patterns. For parents, the device's "data recording" function is even more reassuring: daily training duration, strength changes, and progress curves can all be clearly seen, eliminating the need to wonder "whether it's effective or not."
[Passive and Active Exerciser] Helping Children Recover Happily
The Passive and Active Exerciser uses motors to drive the patient's limbs in active and passive training. Through correct movement patterns, it stimulates muscle movement and promotes the recovery of limb function.
Product Features
☑ Built-in spasticity management system; sound prompts indicate device start, stop, and spasticity control.
☑ Spasticity Sensitivity: Low, Medium, High, freely adjustable according to the patient's spasticity level.
☑ Spasticity Control: After spasticity control, the rotation direction must be selected according to the training direction.
☑ Motor: Maintains torque corresponding to the upper or lower limb, with 3 levels: weak, medium, and strong.
☑ Training Modes: Passive mode, active mode.
☑ Interactive scenarios increase patient engagement during rehabilitation. Multi-player simultaneous gameplay enhances patient enthusiasm and participation; up to 5 devices can play simultaneously.
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