Description

• Single finger training:
  Studies have shown that single-finger training can significantly improve the rehabilitation effect, and more effective acupuncture for functional rehabilitation of damaged fingers is new hope for hand functional rehabilitation. During use, the patient can also set the flexion and extension time separately according to the level of muscle tension to help the fingers flexion and extension.
• Hand airwave massage therapy:
  is another characteristic function of SIFROBOT-9.1 , which plays an auxiliary role in hand rehabilitation training. Before training, massaging for a few minutes can promote the circulation of blood and lymphatic tissues, accelerate the return of blood tissues, clear blocked blood vessels, promote blood circulation, and activate vascular cells; after training, it can enhance the vitality of cells, the absorption of body tissues, and promote the heart and brain blood vessels, so as to relieve soreness.
• Passive Flexion And Extension Training:
  In passive mode, the affected hand wears recovery (rehabilitation) glove. Under the drive of SIFROBOT-9.1, do flexion and extension training for 20 minutes each time, 2 to 4 times a day.
• Task-Oriented Training:
  Robotic Rehabilitation Gloves: SIFROBOT-9.1, the patient’s affected hand grasps the water bottle (or ball or others) on the table in front of him close to his mouth and puts it back in place; Or close to another cup to a pour water and put it back it place. Or holding the door handle try to rotate the door handle and pull the door open, In the scene of daily home life, do action training 20 minutes each time, 2 to 4 times a day.
• Mirror Therapy for hand function rehabilitation
  The healthy hand drives the affected hand, the hands move synchronously, activate the mirror neuron. The normal hand motor nerve pathway was copied to the affected hand, and promote the recovery of brain autonomy.