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hydronetic flex

743G16 Mechanical Tools
Controlled pressure, maximum flexibility.

With hydronetic flex, precise socket fabrication begins at the very first step: accurate residual limb capture. The system can be used flexibly for both transtibial and transfemoral fittings. The casting process is performed under defined hydrostatic pressure and physiological loading, resulting in a reproducible, well-fitting negative plaster mold that provides a reliable foundation for subsequent socket design. The uniform, surface-wide pressure distribution captures soft tissue, bony structures, and scar tissue under realistic load conditions. This ensures an accurate representation of the anatomical situation and reduces the amount of manual modification required. As a result, fabrication becomes more reliable and the need for adjustments is significantly reduced. The system is operated via a practical control unit that allows precise adjustment and monitoring of the hydrostatic pressure. This enables reproducible, patient-specific pressure conditions and supports standardized casting procedures.

With hydronetic flex, precise socket fabrication begins at the very first step: accurate residual limb capture. The system can be used flexibly for both transtibial and transfemoral fittings. The casting process is performed under defined hydrostatic pressure and physiological loading, resulting in a reproducible, well-fitting negative plaster mold that provides a reliable foundation for subsequent socket design. The uniform, surface-wide pressure distribution captures soft tissue, bony structures, and scar tissue under realistic load conditions. This ensures an accurate representation of the anatomical situation and reduces the amount of manual modification required. As a result, fabrication becomes more reliable and the need for adjustments is significantly reduced. The system is operated via a practical control unit that allows precise adjustment and monitoring of the hydrostatic pressure. This enables reproducible, patient-specific pressure conditions and supports standardized casting procedures.

Benefits at a glance
    Flexible application

    Suitable for transtibial and transfemoral fittings (TT & TF)

    Individually adaptable

    Precise pressure regulation for different tissue conditions

    Reliable and reproducible process

    Increased control during casting for predictable, consistent results

Product Data

Article number743G16=1743G16=2
Version

For the fabrication of transtibial prosthetic sockets

For the fabrication of transfemoral prosthetic sockets

forFor use with the 743G20=1 Hydronetic Control UnitFor use with the 743G20=1 Hydronetic Control Unit
Weight10 kg10 kg
Width290 mm286 mm
Depth327 mm353 mm
Height530 mm510 mm
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hydronetic lumeo

With hydronetic lumeo, an impression can be taken of the residual limb and a transtibial interim socket can be manufactured during a single visit – completely without plaster and with minimal workshop equipment.Instead of plaster, resin-impregnated lumeo casting socks are used to take the impression. They are moulded under full load with hydrostatic pressure and cure under UV light at the touch of a button.This type of impression maps the soft tissue situation, bony structures and scar tissue under load. The result is a glass fibre-reinforced interim socket with a good fit. It can then be thermoplastically re-shaped, sanded and built up in a conventional manner.The interim socket connects seamlessly to a digital supply chain using TransferScan.hydronetic lumeo can be combined with various liner systems. It can be used both stationary and mobile, making it ideal for flexible day-to-day treatment.
With hydronetic lumeo, an impression can be taken of the residual limb and a transtibial interim socket can be manufactured during a single visit – completely without plaster and with minimal workshop equipment.Instead of plaster, resin-impregnated lumeo casting socks are used to take the impression. They are moulded under full load with hydrostatic pressure and cure under UV light at the touch of a button.This type of impression maps the soft tissue situation, bony structures and scar tissue under load. The result is a glass fibre-reinforced interim socket with a good fit. It can then be thermoplastically re-shaped, sanded and built up in a conventional manner.The interim socket connects seamlessly to a digital supply chain using TransferScan.hydronetic lumeo can be combined with various liner systems. It can be used both stationary and mobile, making it ideal for flexible day-to-day treatment.
Product details›

This is a medical device. Use it according to the instructions for use.