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Catálogo general de productos
Férula termoplástica plana para Inmovilizar mano y muñeca
La férula termoplástica plana está diseñada para inmovilizar eficazmente la mano y la muñeca.
Férula Radial con Inmovilizador para Pulgar
La férula radial con inmovilizador para pulgar proporciona soporte y compresión en la muñeca y el pulgar.
Férula hueco palmar
La férula hueco palmar ofrece soporte y corrección para la muñeca y la palma, ideal para artritis reumatoide y contracturas.
Férula palmar neutra para muñeca
La férula palmar neutra termoplástica proporciona compresión efectiva y soporte a la muñeca.
Férula para inmovilizar el codo
La férula para inmovilizar el codo está fabricada con material termoplástico, diseñado para proporcionar soporte y fijación.
Soporte tibial y plantar (por debajo de la rodilla)
El soporte tibial y plantar es un dispositivo termoplástico diseñado para proporcionar estabilidad y soporte.
Férula femoral (por encima de la rodilla)
La férula femoral está diseñada para proporcionar soporte y estabilización a la pierna, específicamente en casos de fracturas del fémur.
Férula femoral posterior (por encima de la rodilla)
La férula femoral posterior es un dispositivo termoplástico diseñado para proporcionar inmovilización en casos postquirúrgicos.
Cojín hinchable curvado IxS
El cojín hinchable curvado (IxS-S) está diseñado para proporcionar soporte y facilitar el posicionamiento del paciente.