bebionic hand

Comfortable, intuitive and precise – the bebionic hand is transforming the lives and abilities of amputees around the world. And this extends from helping them perform simple tasks like tying their shoelaces to giving them back their control and self-esteem.

With 14 different grips and hand positions, the bebionic artificial hand makes it easy to carry out day-to-day activities such as eating meals, carrying bags, opening doors and switching on lights and typing.

Individual motors in each finger allow you to precisely control the hand and grasp objects in a natural, coordinated way. Proportional speed control gives you control over delicate tasks.

The hand is available in two different sizes and with three wrist versions to suit individual requirements.

Together with Ottobock pattern recognition, the Myo Plus control gives the bebionic hand entirely new options for intuitive, natural movements without switching.

Myoelectric devices: Speedhands

Reacting quickly and grasping

Grasping large and small objects, lightweight and heavy, fragile and robust: combined with myoelectrically controlled arm prostheses, the SensorHand Speed and VariPlus Speed prosthetic hands make it possible for the user to hold objects, grasp and be active. The special feature is that the hands can open for a quick reaction – in real time – similar to a natural hand. This gives you spontaneity and the ability to use our prosthetic hand almost naturally.

Myoelectric prostheses generally respond to the respective muscle signals of the wearer. Up to six control programmes with the SensorHand Speed and VariPlus Speed make it possible to tailor the hand prosthesis to the individual needs of the user – depending on whether the wearer can control one or two muscle signals. The gripping force and gripping speed can also be adjusted.

Michelangelo

The Axon-Bus prosthesis system with the Michelangelo Hand restores numerous functions of the natural hand with various gripping options. Thanks to its highly natural design, it integrates harmoniously into the natural body image

ErgoArm

4 elbow components for myoelectric prostheses

The higher your amputation level, the greater the demands on your prosthetic fitting. We have developed four elbow components especially for this purpose. The ErgoArm®, ErgoArm® plus, ErgoArm® Hybrid and ErgoArm® Electronic plus combine a high level of functionality with low weight and an attractive appearance. Here are the models at a glance:

ErgoArm®

Lightweight and nevertheless robust, the base model 12K41 with ratchetless lock is especially well suited for low-priced mechanical and cosmetic fittings.

ErgoArm plus®

The expanded model 12K42 for cable-controlled prostheses features a ratchetless lock as well as a flexion aid, which stores the energy that is released during extension and uses it to support subsequent flexion.

ErgoArm® Hybrid

Ideal for hybrid prostheses with a myoelectric hand, electric cables can be artfully concealed inside the prosthesis thanks to the "Easy Plug" integrated cable guide.

ErgoArm® Electronic plus

The model 12K50 can be locked using various electronic signals. This is done quickly and inconspicuously – even under high joint loads.

Passive arm

After an amputation, patients have to consider the question of a prosthetic fitting. A decision needs to be made whether the future arm prosthesis will be more functional or whether a natural appearance is going to be emphasised. If you place greater emphasis on the appearance and wearer comfort for example, we offer a selection of passive arm prostheses that are visually appealing; however, their functionality is limited to that of a simple counter-support when handling articles of use.

Especially in designing Ottobock cosmetic hands, which consist of an inner hand and an easy to care for cosmetic glove, we implement design possibilities in order to replicate your natural hand in great detail. For custom adaptation, 43 models for children, women and men are available in 18 natural shades each. Your orthopaedics specialist will be happy to provide you with further information, also regarding the use of passive system hands

Body-powered

he principle behind body-powered upper limb prostheses hasn’t changed in decades. It’s based on easy handling, high stability and more independence. You’ll find it easy to learn how to use the upper limb prosthesis as is it controlled mechanically – by moving the shoulder girdle.

Because they are robust, body-powered upper limb prostheses are especially suitable for manual tasks and activities under difficult conditions, for example in dusty or damp areas. And you can be more independent as you pursue recreational activities in the great outdoors.

• More precise grasping thanks to sensory feedback on the grasped object and positioning of the prosthesis

• More independence, as no external energy source such as a battery is required

• Very robust upper limb prosthesis for demanding manual tasks

• Low weight compared with myoelectric prostheses

• Operation and use is easy to learn