3B1-3 - Knee joints
Genium
With the market launch of the Genium leg prosthesis in 2011, Ottobock opened up entirely new horizons for prosthesis wearers: an unprecedented, near-natural gait pattern, climbing stairs step-over-step, overcoming obstacles, moving backwards, relaxed standing – to name just a few examples. For the first time, people with a transfemoral amputation experienced a range of new functions that provided perfect support for their desire to live a more active and independent everyday life. The benefits of treatment with a Genium have been scientifically proven in multiple studies.
Based on human movement as the model, the Genium has been developed even further. The result is a noticeably smoother gait and even better support and safety in everyday situations, for instance on ramps, in confined spaces or when changing walking speeds. Five individually selectable MyModes support special movement patterns at work or during recreation. The leg prosthesis can be configured with the Cockpit app, which is available for Android as well as for Apple (iOS) devices.
- Reliable initiation of the swing phase with adequate ground clearance, even on challenging terrain
- Stumble recovery Plus active at all times
- Energy saving when walking, also on slopes and uneven ground
- Ability to climb stairs step-over-step and cross obstacles
- Ability to vary walking speed up to running pace with the Walk-to-Run function
- Enhanced stability and comfort with intuitive stance
- Weatherproof design (IP67)
- Five MyMode Plus can be selected from millions of adjustment possibilities
- Smart control via the Cockpit app for iPhone and Android devices
- Clear video tutorials and fitting recommendations for bilateral and hip-disarticulation users
- Optimal fitting results thanks to delivery without a factory setting - all user data are input and the adjustment software calculates the optimal parameters
- Access to usage statistics that show progress at each appointment
- The ability to connect to an osseointegrated, percutaneous implant system (the manufacturer of the implant system and the manufacturers of the corresponding exoprosthetic components/adapters must also permit this combination)
Product type: | Microprocessor |
Mobility grade: | 2, 3, 4 |
Max. body weight: | 150 kg |
Specifications
Product information
| Product type | Microprocessor |
|---|---|
| Mobility grade | 2, 3, 4 |
| Max. body weight | 150 kg |
| Amputation level | Hip disarticulation, Transfemoral amputation, Knee disarticulation |
| User group | adults, women, men |
| Activities | Daily use, Sports |
| Moisture resistance | IP67 (weatherproof) |
| Material | Carbon |
Product Data
| Product image | Detail view | ||
|---|---|---|
| Article number | 3B1-3 | 3B1-3=ST |
| Mobility grade | 2, 3, 4 | 2, 3, 4 |
| Proximal connection | Pyramid | Threaded connector |
| Distal connection | Tube clamp | Tube clamp |
| Knee flexion angle | 135 ° | 135 ° |
| Moisture protection | IP67 (weatherproof) | IP67 (weatherproof) |
| Weight (without tube adapter) | 1395 g | 1400 g |
| Max. body weight | 150 kg | 150 kg |
| Proximal system height to alignment reference point | 0 mm | 18 mm |
| Min. distal system height with 2R20/2R21 AXON tube adapter | 298 / 330 mm | 298 / 330 mm |
| Max. distal system height with 2R20/2R21 AXON tube adapter | 514 / 546 mm | 514 / 546 mm |
| Min. build height with 2R20/2R21 AXON tube adapter | 298 / 330 mm | 298 + 9* / 330 + 9* mm |
| Max. build height with 2R20/2R21 AXON tube adapter | 514 / 546 mm | 514 + 9* / 546 + 9* mm |
| Proximal build height to alignment reference point | 18 mm | 18 + 9* mm |
| Min. distal build height with 2R20/2R21 AXON tube adapter | 280 / 312 mm | 280 / 312 mm |
| Max. distal build height with 2R20/2R21 AXON tube adapter | 496 / 528 mm | 496 / 528 mm |
Downloads
Documents
Accessories
Compatible accessories
The tube adapter is supplied in a standard length of 280 mm and is cut to length by the O&P professional with a pipe cutter. The correct length of the tube adapter is determined using the adjustment software.
The tube adapter is supplied in a standard length of 280 mm and is cut to length by the O&P professional with a pipe cutter. The correct length of the tube adapter is determined using the adjustment software.
The tube adapter is supplied in a standard length of 280 mm and is cut to length by the O&P professional with a pipe cutter. The correct length of the tube adapter is determined using the adjustment software.
The tube adapter is supplied in a standard length of 280 mm and is cut to length by the O&P professional with a pipe cutter. The correct length of the tube adapter is determined using the adjustment software.
Computer-assisted alignment (CAA) allows you to fully utilise the functions of the system in the course of prosthetic alignment. The X-Soft software calculates and visualises the forces acting on the prosthesis, offering individual recommendations for the custom positioning of the prosthetic components. This ensures ultimate individuality.
Computer-assisted alignment (CAA) allows you to fully utilise the functions of the system in the course of prosthetic alignment. The X-Soft software calculates and visualises the forces acting on the prosthesis, offering individual recommendations for the custom positioning of the prosthetic components. This ensures ultimate individuality.
The BionicLink USB Bluetooth adapter supports wireless data communication between Ottobock products with a Bluetooth interface (such as the DynamicArm) and a PC with a USB port or USB hub via corresponding Ottobock software products (such as ElbowSoft).The BionicLink USB Bluetooth adapter supports wireless data communication between Ottobock products with a Bluetooth interface and a PC with a USB port or USB hub via corresponding Ottobock software products.
The BionicLink USB Bluetooth adapter supports wireless data communication between Ottobock products with a Bluetooth interface (such as the DynamicArm) and a PC with a USB port or USB hub via corresponding Ottobock software products (such as ElbowSoft).The BionicLink USB Bluetooth adapter supports wireless data communication between Ottobock products with a Bluetooth interface and a PC with a USB port or USB hub via corresponding Ottobock software products.
The power supply for electronic prosthetic components and orthoses from Ottobock. Adapters for the EU and US are included in the scope of delivery. Additional adapters can be ordered under the following article numbers:- Great Britain: 757S1=GB-4- Australia: 757S1=AUS-4- Argentina: 757S1=ARG-4
The power supply for electronic prosthetic components and orthoses from Ottobock. Adapters for the EU and US are included in the scope of delivery. Additional adapters can be ordered under the following article numbers:- Great Britain: 757S1=GB-4- Australia: 757S1=AUS-4- Argentina: 757S1=ARG-4
The inductive charger is magnetically attached to the back of the prosthetic knee joint. This technology allows charging through clothing and cosmetic covers.
The inductive charger is magnetically attached to the back of the prosthetic knee joint. This technology allows charging through clothing and cosmetic covers.
For use with all Ottobock MPKs (Genium/Genium X3, C-Leg, Kenevo), C-Brace, Meridium and the MyoBock prosthesis solution including the bebionic prosthetic hand.
For use with all Ottobock MPKs (Genium/Genium X3, C-Leg, Kenevo), C-Brace, Meridium and the MyoBock prosthesis solution including the bebionic prosthetic hand.
The tool is used to install the inductive charger on the Genium/Genium X3 when the charging surface is repositioned (for example when using a foam cover).
The tool is used to install the inductive charger on the Genium/Genium X3 when the charging surface is repositioned (for example when using a foam cover).
The installation ring is used for shifting the inductive charging surface of the Genium/Genium X3 (for example when using a foam cover).
The installation ring is used for shifting the inductive charging surface of the Genium/Genium X3 (for example when using a foam cover).
The Genium 15° flexion stop reduces the knee flexion angle to 120°. It is used to prevent collisions between the socket and hydraulics or frame of the Genium.
The Genium 15° flexion stop reduces the knee flexion angle to 120°. It is used to prevent collisions between the socket and hydraulics or frame of the Genium.
The Genium 22.5° flexion stop reduces the knee flexion angle to 112.5°. It is used to prevent collisions between the socket and hydraulics or frame of the Genium.
The Genium 22.5° flexion stop reduces the knee flexion angle to 112.5°. It is used to prevent collisions between the socket and hydraulics or frame of the Genium.
The Genium Protective Cover shields the prosthetic knee joint with tube adapter against impacts, environmental influences and wear and tear. The product 4X880 includes the main Protective Cover component and the Protector foot cuff. The main component can be shortened and adapted to the prosthesis.
The Genium Protective Cover shields the prosthetic knee joint with tube adapter against impacts, environmental influences and wear and tear. The product 4X880 includes the main Protective Cover component and the Protector foot cuff. The main component can be shortened and adapted to the prosthesis.
The 3S26 covers for modular transfemoral prostheses restore the natural leg volume. They have a stepped centre hole and are partly anatomically pre-shaped.
The 3S26 covers for modular transfemoral prostheses restore the natural leg volume. They have a stepped centre hole and are partly anatomically pre-shaped.
The functional cosmesis essentially consists of a functional knee part, an individually mouldable functional shank made of foam and a functional stocking that forms the exterior finish of the functional cosmesis. The illustration shows the complete solution. The functional stocking has to be ordered separately (see reference number 99B120).
The functional cosmesis essentially consists of a functional knee part, an individually mouldable functional shank made of foam and a functional stocking that forms the exterior finish of the functional cosmesis. The illustration shows the complete solution. The functional stocking has to be ordered separately (see reference number 99B120).
The easy-care functional stocking forms the exterior finish of the functional cosmesis. It features natural shading and various functional zones. Compatible with 3F1=1 and 3F1=2. Available in the colours beige (colour no. 4), light brown (colour no. 15) and black (colour no. 7) and in two sizes (S, L).
The easy-care functional stocking forms the exterior finish of the functional cosmesis. It features natural shading and various functional zones. Compatible with 3F1=1 and 3F1=2. Available in the colours beige (colour no. 4), light brown (colour no. 15) and black (colour no. 7) and in two sizes (S, L).
The Cockpit app allows users to easily adjust various Ottobock electronic prostheses and orthoses to their individual needs. Depending on the component’s range of functions one can, for example, select preconfigured MyModes for specific activities, read information such as the battery charge level, turn additional functions on or off and adjust settings. The Cockpit app is available in the App Store for iPhones and the Google Play Store for Android devices.The Cockpit app allows users to easily adjust various Ottobock electronic prostheses and orthoses to their individual needs. Depending on the component’s range of functions one can, for example, select preconfigured MyModes for specific activities, read information such as the battery charge level, turn additional functions on or off and adjust settings. The Cockpit app is available in the App Store for iPhones and the Google Play Store for Android devices.
The Cockpit app allows users to easily adjust various Ottobock electronic prostheses and orthoses to their individual needs. Depending on the component’s range of functions one can, for example, select preconfigured MyModes for specific activities, read information such as the battery charge level, turn additional functions on or off and adjust settings. The Cockpit app is available in the App Store for iPhones and the Google Play Store for Android devices.The Cockpit app allows users to easily adjust various Ottobock electronic prostheses and orthoses to their individual needs. Depending on the component’s range of functions one can, for example, select preconfigured MyModes for specific activities, read information such as the battery charge level, turn additional functions on or off and adjust settings. The Cockpit app is available in the App Store for iPhones and the Google Play Store for Android devices.
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