Sebuah tim peneliti baru-baru ini berhasil mengembangkan tangan bionik bionik pertama di dunia, "tangan-f-tac," yang menggabungkan persepsi taktil resolusi tinggi dengan kemampuan motorik lengkap . tangan fitur {{{{{90% {{{90% {{{{{90 {{90% {{{{90 {{{{90 {{{{{0 {0 {0 {0 {0 {0 {0 {0 {0 {0 {0 {0 {0 { Piksel taktil per sentimeter persegi, menawarkan akurasi persepsi jauh melampaui produk serupa di pasaran.
The team's innovative tactile solution uses 17 sensors arranged in six different configurations to mimic the structure of the human hand, balancing perception accuracy with motion flexibility. The hand is equipped with a new algorithm that dynamically plans actions based on the grasping space, object position, and shape, breaking away from traditional robotic operation modes that involve picking up objects one by one, thereby endowing the device with "autonomous thinking" Kemampuan . Eksperimen menunjukkan bahwa tangan cekatan biomimetik ini menunjukkan keunggulan adaptif yang signifikan dalam eksekusi kesalahan dan skenario tahan tumbukan, memberikan paradigma teknis baru untuk bidang seperti rehabilitasi medis dan operasi presisi industri .