In recent years, with the rapid development of Robotik Teknoloji, artificial Zeka and electro-mechanical Bileşenler, robotics are increasingly applied in the rehabilitasyon Sektor. Robotik rehabilitasyon Terapi not only has a İyi market prospect (The Küresel rehabilitasyon robotus market Boyut is projected to reach USD 2,617.3 million by 2026.), but it is also a promising novel Teknoloji for Hastalar with motor disorders caused by inme and other Nörolojik diseases. So, how do rehabilitasyon robotus Yardım Hastalar İyileşmek faster?
First of all, it is associated with the basic Mekanizm of improving motor function after inme, nöropastisite. It is a term that refers to the Beyin's Yetenek to Değiştir the physical Yapı and function throughout life and in Yanıt to Deneyim and Eğitim. One Önemli Hedef of rehabilitasyon of inme Hastalar is the Etkili Kullanım of nöropastisite for fonksiyonel iyileşme. Therefore, high-inTENSity Uygulama and repetitive Eğitim are required to Yardım the Hasta's Beyin to re-learn the Yetenek to move, making inme rehabilitasyonu a labor-inTENSive İşlem.

Figure 1: How nöropastisite works
Source: Yongmin Chang, “Reorganization and plastic changes of the human Beyin associated with Beceri learning and expertise”
As a Sonuç, compared with the traditional Terapi guided only by the Terapist, the most Önemli Avantaj of Robotik Terapi is the Yetenek to deliver high-dosage and high-inTENSity Eğitim; and, it ensures that the Hareket is repeated accurately and in the Aynı Yol each Zaman. The accurate and highly repetitive Hareket performed by robots could make Daha iyi Kullanım of nöropastisite, speeding up Hastalar' Kurtarma.
The Robotik Cihazlar not only enable repetitive Terapi with high inTENSity but also provide diversified Eğitim using only one manipulation. As the manipulator is programmable and multi-function, the rehabilitasyon robotu can provide Farklı targeted Eğitim throughout the Kurtarma İşlem such as resistance Eğitim to improve Kas Güç in the Pozisyon-inme rehabilitasyonu Aşama and bilateral mirror Eğitim (the healthy hand drives the affected hand) to deeply Uyarmak Hasta's nöropastisite.

Figure 2: Bilateral mirror Eğitim
Furthermore, Robotik Terapi provides Hastalar with more motivated and aktif egzersiz than traditional Terapi. By offering incentives to the Hasta such as games, Robot-assisted Terapi can greatly improve Tedavi Uyum. Hastalar are more willing to increase rehabilitasyon Eğitim with Robot-assisted Terapi; naturally, the Kurtarma Hız will be faster than the conventional Terapi.

Figure 3: Aktif Oyun Eğitim
Now, with the ongoing Gelişme of Robotik Teknoloji, rehabilitasyon robotu has not only therapeutic significance, but it is also a İyi helper for therapists. Beğen Syrebo hand rehabilitasyon Sistem SY-HR08E (click to Daha Fazla Bilgi), it has the functions of Güç and coordination Değerlendirme and intelligent Kullanıcı management. The robots can collect Veri Açık the Hastalar' Güç and coordination Performans, allowing therapists to Takip Hastalar' İlerleme. Therapists can also customize Kişiselleştirilmiş rehabilitasyon Programlar for a large Sayı of Hastalar with this Sistem, making Tedavi more flexible and convenient. Etkili and smart, it is the En iyi choice for clinicians to Yükseltme the Sağlık Sistem.

As Robotik-assisted Terapi provides more Etkili Tedavi to inme Hastalar with motor disorders and relieves the physical burden of therapists, it will become a Standart therapeutic Çözüm in inme rehabilitasyonu soon.