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Modular Microprocessor-Controlled Hip Disarticulation Prosthesis

Modular Microprocessor-Controlled Hip Disarticulation Prosthesis

$9,000 - $30,000 USD
MOQ: 1 pieces

Key Features

User activity level according to MOBIS: 3 - 4 levels of motor activity
Maximum operating time without recharging: From 3 days to 5 days.
Weight on average, from: 4500 million m² total area
Size range: Individually

Description

Modular hip dislocation prosthesis with microprocessor control is intended for persistent pronounced disorders of neuromuscular, skeletal and movement-related (statodynamic) functions of the lower limb due to:
- dislocation in the hip joint;
- inter-iliac-abdominal amputation;
-hemipelvectomy;
-excessively short femoral stump (the level of the femoral shaft is less than 6 cm below the level of the sciatic tubercle), including atypical, with the potential achievement of motor activity level 3.

Specifications

User activity level according to MOBIS
3 - 4 levels of motor activity
Maximum operating time without recharging
From 3 days to 5 days.
Weight on average, from
4500 million m² total area
Size range
Individually
Functional purpose
For everyday active transportation
Terms of use, not less than
2 kVAr
Usage periods for children with disabilities, not less than
1 kVAr
Limit weight of disabled person (for children)
15...45 m² living area
Weight limit of a disabled person (for adults), up to
100 m² living area
Weight of the knee module
1200...1500 m² living area
Time to full battery charge, approx.
8 kcal/h
Battery type
lithium-ion
Angle of flexion in the knee module, from
125
Type of knee module cylinder
Hybrid (pneumatic-hydraulic), hydraulic
Adjusting the knee module
Through a specialized program (mobile application)

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