hydronetic compact

743G17 Mechanical Tools
Plaster cast with a good fit.

With hydronetic compact, precise socket fabrication already begins with limb measurement – mobile, independent, and efficient. Transtibial casting with the hydronetic compact is performed under defined hydrostatic pressure and physiological loading. This results in a reproducible, well-fitting negative plaster cast that provides a reliable basis for further socket design. Soft tissue, bony structures, and scar tissue are captured under realistic loading conditions, minimizing the need for additional modification. This increases safety in the fabrication process and significantly reduces fitting effort. After casting, the negative plaster mold can be seamlessly transferred into a digital workflow using the TransferScan.

With hydronetic compact, precise socket fabrication already begins with limb measurement – mobile, independent, and efficient. Transtibial casting with the hydronetic compact is performed under defined hydrostatic pressure and physiological loading. This results in a reproducible, well-fitting negative plaster cast that provides a reliable basis for further socket design. Soft tissue, bony structures, and scar tissue are captured under realistic loading conditions, minimizing the need for additional modification. This increases safety in the fabrication process and significantly reduces fitting effort. After casting, the negative plaster mold can be seamlessly transferred into a digital workflow using the TransferScan.

Benefits at a glance
    Efficient processes

    with significantly less rework

    Uniform hydrostatic pressure distribution

    for precise casts

    Mobile, robust casting system

    for flexible use

    Independent

    from water connections and infrastructure

Product Data

Article number743G17=1
Weight28 kg
Width660 mm
Depth660 mm
Height1245 mm
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With hydronetic lumeo, an impression can be taken of the residual limb and a transtibial check 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 check socket with a good fit. It can then be thermoplastically re-shaped, sanded and built up in a conventional manner.The check 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 check 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 check socket with a good fit. It can then be thermoplastically re-shaped, sanded and built up in a conventional manner.The check 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.