hydronetic lumeo
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.
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.
| Voltage | 100-240 V |
| Frequency | 50-60 Hz |
| Performance | 400 W |
The lumeo casting socks are moulded under full load with hydrostatic pressure and cure under UV light at the touch of a button. This type of impression optimally maps the soft tissue situation, bony structures and scar tissue. The result is a glass fibre-reinforced check socket with a good fit.
The complete check socket treatment can be carried out during the first patient appointment – efficiently, quickly and practically. The entire process takes no more than 20 minutes, meaning that a completely finished check socket can be produced within 90 minutes.
The hydronetic lumeo can be used both stationary and mobile, making it ideal for flexible day-to-day treatment. It has an empty weight of only 27 kg – suitable for home visits and mobile workshop use.
The finished socket can be thermoplastically re-shaped, sanded and built up in a conventional manner.
The check socket connects seamlessly to the digital supply chain of Ottobock. Once the check socket has been completed, the TransferScan can be used to create a digital twin of it and convert it into a definitive socket using 3D printing. This offers the advantage of being able to treat patients without unnecessary waiting times.
Silvio
„I've never had a check socket that fit so well right away.“
Product information
| Voltage | 100-240 V |
| Frequency | 50-60 Hz |
| Performance | 400 W |
Product Data
| Electrical connection in V/Hz/kW | Weight | Size (W x D x H) |
|---|---|---|
| 1 x 110-240 V / 50 Hz | 27 kg | 630 mm x 330 mm x 530 mm |
| Electrical connection in V/Hz/kW | 1 x 110-240 V / 50 Hz |
| Weight | 27 kg |
| Size (W x D x H) | 630 mm x 330 mm x 530 mm |