HP23

Get back to the freedom of limb movement and restore core body functions for self-care and work

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Bionic prostheses are an effective and well-tested way to take over the functions of lost limbs

Prosthetic body parts had a long and exciting way of evolution to remove movement limits for people who suffered from diseases, traumas, accidents, or dangerous life situations. Until recently, prostheses were attached to the human body mechanically, and although they became increasingly sophisticated, it was impossible to connect them to the nervous system. So, it took much time and effort for the user to adapt and reach a high level of manipulation with their prosthetic limbs.

Scientists and engineers had to do a lot to make a revolutionary breakthrough and find a way to connect a mechanical limb with a person’s nervous system. With the new-age prostheses, a person is able to manipulate artificial limbs directly via brain signals, as happens in natural procedures. The nerve impulses are intercepted, analyzed, processed, and converted into appropriate movements — that’s the workflow of even more user-friendly, fine-tuned prosthetic limbs that enable people to get their freedom of movement back to the highest possible level. No doubt, massive effort should be invested into teaching people to use the technology, but the result is definitely worth it.

The most promising methods of controlling prostheses are applied to make them efficient

The manufacturing process for the prostheses is already well set up, but fine-tuning them and teaching the patients never stops

Product overview

CUTTING-EDGE IN BOTH DESIGN AND TECHNOLOGY

THE MOVEMENT SNOW COME EASILY AND LOOK NATURAL

THE MOST LIFELIKE BIONIC HAND

ESPECIALLY FOR YOUR BODY OR ACTIVITY TYPE

01. General

Principle of operation

You control your prosthetic limb with your own muscle signals in the residual limb, so the process is myoelectric.
This term defines muscle activity in the residual limb, which generates an electric current in the microvolt range. Using these data as a basis, electric motors in the prosthesis allow for controlling the gripping and turning movements of the prosthetic body part.

03. Hand

14 selectable grip patterns

and hand positions let you perform a vast number of everyday activities with ease

03. Hand

14 selectable grip patterns

and hand positions let you perform a vast number of everyday activities with ease

02. Hand

Foldaway fingers

provide natural looking movement, and flex when you brush past people or bump into objects.

07. Forearm

Powerful microprocessors

continuously monitor the position of each finger, giving you precise, reliable control over hand movements.

06. Forearm

Proportional speed control

gives you precision control over delicate tasks.

05. Forearm

Individual motors

in each finger allow you to move the hand and grip in a natural, coordinated manner.

08. General

Specifications

Size

175 mm

Weight

591 g

Tripod grip force

36.6 N

Power grip

1.0 sec

Key grip

1.0 sec

The mobile app to make setup and usage easy

coming soon

Flexible setting of functions

Battery charge monitoring

Prosthesis activity statistics

The manufacturing process for the prostheses is already well set up, but fine-tuning them and teaching the patients never stops.

General uses of hand prostheses by technology

These data may help to better understand the variability of technologies that prosthetic arms can provide.

Other types of prostheses

These data may help to better understand the variability of technologies that prosthetic arms can provide.

6
%
Controlled by muscle signals

Prostheses that use muscle signals transmitted through electrodes on the surface of the skin to control the movements of the prosthesis.

12
%
Robotic
prostheses

These are prostheses that use advanced robotic technologies, such as motors, pressure sensors, gyroscopes, and others, to implement complex movements and functions.

14
%
Myoelectric prostheses

Electrodes are embedded internally in the prosthesis, and they interact with the muscles by measuring the electrical signals that occur when the muscles contract.

27
%
Mechanical prostheses

These are simple prostheses made of metal or plastic materials that use mechanical mechanisms such as rubber straps, brackets, levers and others to provide mobility and functionality of the prosthesis.

41
%

Іnnovation

The company is constantly looking for new ideas and technologies to improve the functionality and efficiency of its prosthetics

Customer focus

We works on prosthetics that meet the needs and desires of users, helping them regain their independence and quality of life.

A new look
at old problems

common questions

01.
Who can use a prosthetic limb?
A bionic prosthesis is suitable for users who have intact muscle activity in one or more muscles in the residual limb. It is especially suitable for users with low to moderate activity levels because heavy activity should be avoided.
02.
How long does it take to learn how to use a bionic prosthesis? 
We are unable to make any general statements regarding this. However, the amount of training required to confidently use a myoelectric hand prosthesis can be compared with learning to play a musical instrument.After a few hours, it is usually possible to open and close the prosthetic hand. After this, the hand prosthesis also needs to be used on a regular basis if it is to be integrated successfully at work and in your everyday routines. It usually takes around three to six months before most users have integrated the prosthesis into their daily lives.
03.
What is involved in fitting with a prosthetic limb?
A fitting includes all the components integrated into a socket, a customised socket and the correct settings for the hand, which will be adjusted by the O&P professional. The assembly and training with the prosthesis are of course part of this, as well as regular service inspections.
04.
How long does the battery in the bionic prosthetic limb last?
The operating time of the battery in the prosthesis depends largely on how the prosthesis is used in day-to-day life. On average, the battery will last a whole day. We recommend charging the battery every day. This ensures that the prosthesis is always ready to use.
05.
How do I control the bebionic hand?
The bebionic hand is what is known as a myoelectrically controlled hand prosthesis, which means you control it with your own muscle signals in the residual limb.Here’s how it works: “Myoelectric” is the technical term for muscle activity in the residual limb that generates electric current in the microvolt range. This is registered by electrodes and calculated in fractions of a second. Based on these data, electric motors in the prosthesis control the gripping and turning movements of the prosthetic hand.