In many companies with a shift system, the question quickly arises: "Can a team share a BionicBack exoskeleton?" It would be practical to pass the system on, especially when colleagues work one after the other - e.g. when changing shifts. But what about hygiene, wearing comfort and customisation ? In this article, we explain what is important when sharing an exoskeleton such as the BionicBack - and how comfort and cleanliness can also be ensured within a team The BionicBack in shift operation - is that possible? The short answer: Yes , the BionicBack can be used by several people - provided a few things are taken into account. The system is designed in such a way that it can be quickly adapted to different bodies , but has as few contact surfaces as possible. Comfort despite a split system? This is how the BionicBack is constructed: The design of the shoulder straps ensures even pressure distribution without constricting. Thanks to the airy, flexible material, body heat is reduced - a decisive advantage during physically demanding work. The exoskeleton is designed in such a way that it has few direct contact surfaces with the skin. This results in less sweating - and also reduces the amount of cleaning required. The central contact points, such as the back and shoulder pads, are removable and washable , which significantly simplifies hygiene when changing use. Upholstery care made easy - optimised for shared use The upholstery can be removed and washed in a few simple steps . Depending on the intensity and frequency of use, a simple washing schedule or replacement after the shift is usually sufficient. For use in changing teams, padding sets are available that can be washed at 60 °C and quickly attached with Velcro - without any tools. This means that each person can use their own hygienic pad set. The X-ERGO 3D pads - our insider tip for more comfort The X-ERGO 3D pads offer noticeably more comfort during physically active use. Their innovative design reduces heat build-up by up to 90 % - ideal for long periods of wear and changing conditions of use. This is made possible by a specially developed 3-zone system: Super soft on sensitive areas of the body Soft for even pressure distribution Standard for stable contact surfaces with a secure hold This combination ensures an optimum fit and adapts individually to the body. This ensures a high level of comfort , especially when worn split - regardless of body shape or daily form. The air-permeable mesh structure of the pads also supports the evaporation of sweat and ensures that the material dries quickly . This not only increases comfort, but also hygiene during multiple use . Recommendations for teams that share a BionicBack 🔁 Separate pads for each employee - so it stays hygienic and comfortable 🧼 Regular cleaning - especially with frequent use 🧩 Use X-ERGO 3D pads - for more air circulation and less heat build-u ⚙️ Practise quick adjustments - so that the changeover goes smoothly 📋 Define a hygiene concept as a team - clear responsibilities help in everyday life Conclusion ✅ The BionicBack is ideal for use in teams or shift work ✅ The contact surfaces are reduced, the pads are easily replaceable and washable ✅ With optional interchangeable pads, everyone can use their own pads ✅ The X-ERGO 3D pads increase comfort and reduce heat stress In short: Shared use is possible - and hygienically feasible. You can find all the information again as a video here: If you are now wondering how our BionicBack works and whether the system works actively or passively, take a look at our blog post BionicBack - the bionic back for ergonomic working :

Exoskeletons are increasingly being used in various areas - from industry to rehabilitation. But the question arises: are exoskeletons actually medical devices? Our BionicBack exoskeleton is used in many sectors - from logistics to care. When is an exoskeleton considered a medical device? The categorisation of an exoskeleton as a medical device depends primarily on its intended use. While some exoskeletons are developed exclusively for industrial applications, there are others that are used specifically to support people with physical disabilities or for rehabilitation - and therefore fulfil the criteria for a medical device. 1. Definition depending on the intended use Exoskeletons are classified as medical devices if they: ✔️ Specially developed for medical purposes (e.g. rehabilitation, support after injuries) ✔️ Provide targeted support for physical limitations One example of this is exoskeletons that help patients relearn movements after a stroke or spinal cord injury. 2. Duthorisation and proof of safety required Exoskeletons that are considered medical devices must undergo strict authorisation procedures. This includes proof of: ✔️ Safety for the user ✔️ Medical efficacy and benefit This process ensures that the product fulfils the health and regulatory requirements and that the desired support is actually provided. CE labelling in the EU In the EU, exoskeletons that are classified as medical devices require CE labelling. This labelling confirms that the product: ✔️ Complies with the European directives for medical devices ✔️ Meets the specified standards for safety and performance Our BionicBack bears the CE mark, which confirms its safety and quality - even though it is not classified as a medical device, but as a supportive aid for everyday working life. Not all exoskeletons are medical devices Exoskeletons developed for industrial or general physical support without a medical purpose are not considered medical devices. This includes, for example, exoskeletons used in logistics or the construction industry to reduce the physical strain of lifting and carrying. ➡️ Our BionicBack falls into this category - it is not used for medical treatment, but for the prevention of physical complaints and to improve working conditions. Regulatory differences depending on the country The categorisation of exoskeletons as a medical device also depends on the regulatory framework of the respective country. While CE labelling is decisive in the EU, the requirements of the FDA (Food and Drug Administration) apply in the USA, for example. How the BionicBack helps Although the BionicBack is not a medical device in the legal sense, it nevertheless has a preventive and supportive effect: Reduction of strain on muscles and joints Support for repetitive movements and lifting heavy loads Improve posture and relieve strain on the back The BionicBack contributes to the prevention of musculoskeletal disorders and to the long-term health of employees, particularly in the working environment. The most important points at a glance ✅ Exoskeletons are considered medical devices if they are used specifically for medical purposes. ✅ Medical devices require authorisation and CE marking. ✅ Exoskeletons for industry and physical support without a medical purpose are not medical devices. The BionicBack has CE labelling and has a preventive effect in everyday working life. ✅ The regulatory requirements vary depending on the country. Conclusion To cut a long story short: Some exoskeletons are medical devices, others are not. The decisive factor is the intended use. While medical exoskeletons are primarily used in rehabilitation, industrial exoskeletons such as our BionicBack specifically support physical performance and help to prevent overuse. Regardless of the classification, exoskeletons make a real difference - whether in rehabilitation or in the workplace. Everything at a glance in our YouTube video: For more information about the BionicBack - click here for the blog post about the benefits of the BionicBack:

Physical labour is no substitute for effective training Do you think your job keeps you fit? Many people who work physically are convinced: "I'm on my feet all day - that's enough of a workout!"  Sounds logical - but unfortunately this is a widespread misconception . 👉 In this article, you'll find out why physical labour is no substitute for effective training in most cases , what the difference is - and how an exoskeleton like the BionicBack can help you get through the day in good health without overloading yourself. 1. basics of effective training Targeted training sets conscious stimuli . This means: ✅ planned exertion ✅ Targeted intensity ✅ sufficient recovery The aim is to challenge the body in such a way that it becomes stronger and more resilient - and can regenerate sufficiently between sessions. Only then will positive adaptations such as muscle growth, increased endurance or better posture occur. 2. why work is not a workout What is specifically trained in the gym looks very different in everyday working life: 🔁 The same movements - over and over again 🕒 Often for hours on end, without real recovery breaks 📉 Not healthy exercise, but monotonous overload The problem : your body doesn't get the necessary training stimuli , but is constantly stressed and overloaded. Your back, joints and tendons in particular suffer from the constant strain - instead of building up muscles, the result is gradual wear and tear . Without sufficient relief, the body lacks the basis for healthy performance. Our answer: The BionicBack reduces precisely this strain - and thus creates the conditions for your body to work healthily in the long term. 3. what does the BionicBack do? The passive exoskeleton supports you in your day-to-day work - without a battery, motor or complex technology. It: ✅ stabilises your spine ✅ Promotes an ergonomic posture ✅ Reduces strain when lifting and bending ✅ noticeably reduces muscle fatigue Important : The BionicBack does not replace training - but it does ensure that you still have the strength to move after work . Without back pain. Without overloading. 4. why you should train despite (or precisely because of) this Anyone who works physically needs balanced training - not constant lifting on the job. A good programme includes: 🏋️ Strength - for a stable musculature 🚶 Endurance - for performance in everyday life 🤸 Flexibility & mobility - against tension 📈 Progression - i.e. increasing training stimuli This is the only way to stay healthy and efficient in the long term - at work and in everyday life. Conclusion Physical work is strenuous - but not training One-sided strain without regeneration overstrains your body The BionicBack exoskeleton helps you to reduce the strain Only those who train become stronger - work alone is not enough Health needs targeted exercise, conscious recovery and smart support What do you think about it? 💬 Do you work physically and still often feel exhausted? Here are the facts again as a YouTube video: 💬 If you have any further questions, please take a look at our other blog posts:

The BionicBack exoskeleton was the first exoskeleton in the world to receive the AGR seal of approval. Back pain is one of the most common causes of sick leave - especially in physically demanding jobs. Many companies are therefore looking for solutions that promote health. 👉 One of them: exoskeletons such as the BionicBack. Now there is a new milestone: the BionicBack is the world's first exoskeleton with the AGR seal of approval . But what does this actually mean - and why is it so special? What is the AGR seal of approval? The AGR seal (Campaign for Healthy Backs) is only awarded to products that are demonstrably back-friendly . Testing is carried out by an independent committee of medical and ergonomics experts. 🔍 The criteria include , among other things Support of a natural posture Relief for the spine and joints Individual adaptability to different body shapes Promotion of ergonomic movement sequences Only products that fulfil these requirements are awarded the AGR seal. It is one of the most important quality features in the field of ergonomics. Why is this important? 🎯 Back pain and musculoskeletal disorders are still among the top causes of illness in the workplace . Especially in professions with: heavy lifting frequent bending down mobile or changing work locations traditional ergonomic measures reach their limits. This is where the BionicBack exoskeleton comes in - as a portable, flexible solution that provides support directly on the body. What makes the BionicBack so special? The BionicBack is a passive exoskeleton without a battery or motor. It uses mechanical energy storage to: absorb energy when bending forward release it again when straightening up relieve the muscles in a targeted manner 💡 The result: less muscle fatigue, a healthy lifting posture and a noticeably relieved back. Particular strengths: ✅ Adaptable to different body shapes ✅ Promotes an ergonomically favourable lifting position ✅ Reduces strain on joints & spine ✅ Lightweight, flexible and intuitive to use ✅ Scientifically tested and recommended A seal with impact - for you and your team The AGR seal of approval not only means that the product is medically appropriate - but also that it demonstrably contributes to the prevention of back pain. For companies, this means ✅ More health in the team ✅ Less downtime ✅ Greater employee motivation and loyalty The BionicBack is not just any exoskeleton - it is an excellent tool for healthier working. Conclusion: back relief with letter and seal of approval The AGR seal of approval confirms this: The BionicBack is back-friendly and makes medical sense It supports a healthy posture, reduces strain and can be customised Companies benefit twice over - through healthier employees and increased productivity Anyone who wants to protect their employees is making a sound decision with the BionicBack Curious to find out more? Find out more now! If you are interested, please have a look at our enquiry page here on our website: And if you would like to watch the YouTube video to go with it, click here:

Exoskeletons have to prove their effectiveness - because technical innovation alone is not enough: An exoskeleton must prove itself in everyday life and its ergonomic effectiveness must be scientifically proven. This is precisely why the BionicBack has been analysed in three independent studies - with clear results: less muscle strain, improved posture and a proven contribution to back health. In this article, we show you what these studies have revealed in detail - and why the BionicBack has a real unique selling point on the market with its scientifically proven benefits. The BionicBack has been awarded the AGR seal of approval - more information below Reduction of muscle activity and fatigue: Study by ETH Zurich A central focus of the ETH Zurich study was the question of how the BionicBack influences muscle work during lifting and holding. How does it work? The test subjects performed typical lifting and holding tasks while their muscle activity was measured. The result: ✅ Up to 24% less muscle activity in the central muscle groups ✅ Up to 86% less muscle fatigue in the back extensors. This means less strain during physical work - and significantly more stamina throughout the working day. Improved posture under real conditions: Study by the Offenburg University of Applied Sciences at Zehnder: In collaboration with Zehnder, the BionicBack was tested in the field - under real working conditions with motion capturing systems. How does it work? Employee movement data was compared with and without the exoskeleton. The result: ✅ A 37% better posture during typical movement sequences. This is particularly relevant for employees in shift work, as it leads to measurable relief throughout the day. Effective relief of the deep back muscles: Comparative study by the University of Innsbruck: This study analysed five different exoskeletons in direct comparison - including the BionicBack. How does it work? The focus was on the relief of the multifidus muscle - a central muscle for stabilising the spine. ✅ The BionicBack showed 25% greater relief . A clear sign that it not only provides support, but also specifically relieves the deep structures in the back. Also: Tested back-friendly! The AGR seal of quality: The BionicBack is currently the only exoskeleton in the world to bear the prestigious seal of approval from the German Campaign for Healthier Backs (AGR). How does it work? The seal is only awarded to products that are demonstrably ergonomic and back-friendly - tested by independent medical and ergonomics experts. The BionicBack fully fulfils the criteria: ✅ It supports a healthy posture ✅ It demonstrably reduces strain on the spine and joints A real mark of quality for companies that value tested health and safety. The study results at a glance ✅ Up to 86% less muscle fatigue (ETH Zurich) ✅ 37% better posture (Zehnder / Offenburg University of Applied Sciences) ✅ 25% greater relief of the multifidus muscle (University of Innsbruck) ✅ The only exoskeleton with the AGR seal of approval worldwide Conclusion Three studies. One clear result: the BionicBack effectively relieves strain, improves posture and protects the back - scientifically proven. Whether in industry, construction or logistics, the exoskeleton makes physically demanding work healthier, more efficient and more sustainable. And all without a battery, cable or charging time.

Whether on a building site, in logistics, in the trades or in industry - physically demanding activities are part of everyday life in many professions. Modern exoskeletons offer an innovative solution here: they provide employees with targeted support for heavy, one-sided or ergonomically unfavorable work and thus help to avoid overload, exhaustion and long-term health problems. In this article, we show how widely exoskeletons are already being used today - and the potential they offer for companies and employees in a wide range of industries. 1. Logistics sector and beverage logistics In the logistics industry, transporting goods, warehousing and order picking are part of the daily tasks. Overloading and fatigue often occur when lifting and carrying heavy objects. ➡️ How does an exoskeleton help? Improving working conditions by relieving the strain of lifting and carrying Protection of employee health through reduced muscle strain Increased efficiency in storage and transportation processes 2. Construction industry Heavy physical work, such as lifting and carrying building materials, is commonplace in the construction industry. Incorrect posture and long-term strain on the muscles and joints often lead to long-term health problems. ➡️ How does an exoskeleton help? Support for ergonomically demanding movements Reduction of physical strain on muscles and joints Increase work efficiency and avoid downtime 3. Gardening and landscaping Gardening and landscaping often involves lifting and moving heavy materials such as planters, tools or soil. Working in a stooped position or when weeding and raking puts particular strain on the back and knees. ➡️ How does an exoskeleton help? Support for lifting and carrying movements Relief for the back muscles and reduction of knee strain Increased safety and avoidance of incorrect posture 4. Agriculture In agriculture, physically demanding and repetitive tasks are part of everyday life - from field work to harvesting. The constant strain often leads to muscle fatigue and overload. ➡️   How does an exoskeleton help? Support for lifting and carrying Minimization of muscle fatigue and improvement of mobility Increased work performance due to reduced fatigue 5. Healthcare and nursing Working in healthcare and nursing is physically demanding - especially when lifting and moving patients. Daily routines such as morning care are particularly physically demanding. ➡️ How does an exoskeleton help? Support with lifting and repositioning patients Relief for the back muscles during long working shifts Improving the quality of work and reducing absences due to overload We are also represented in the care sector with the BionicBack exoskeleton: through our sales partner Help Tech. Our most important areas of application at a glance: ✅ Logistics sector and beverage logistics ✅ Gardening and landscaping ✅ Building trade ✅ Car repair shop ✅ Airport ✅ Furniture transportation ✅ Crafts ✅ Metal industry ✅ Agriculture Conclusion Exoskeletons offer real relief in many different sectors - from industry and care to construction. The reduction of muscle and joint strain not only ensures a higher quality of work, but also increased productivity and a lower injury rate. Our BionicBack was specifically developed to overcome the challenges in these working environments - and to make everyday working life noticeably easier. Find out more about the benefits and possible applications right here on our website or check out our social media accounts! Would you like to see in which industries the BionicBack is used everywhere? Then take a look at our YouTube video. There we show many real applications from various fields of work:

Our BionicBack Exoskelett The BionicBack is more than just an exoskeleton - it is an innovative solution that takes nature as its model to provide targeted relief for the human body. In this article, you'll find out what's behind the name, how the system works and why it's so effective. What does "BionicBack" actually mean? The name "BionicBack" was chosen deliberately. It is made up of the terms "Bionic" (bionic) and "Back" (back). Both elements reflect what it is all about: a technical system inspired by the human body - or more precisely, the spine. Bionics is a discipline that looks at the structures, processes and design principles of nature and transfers them to technology. The term exoskeleton also originally comes from nature - from insects or crustaceans, for example, whose external support structure provides protection and support for movement. Our BionicBack follows this principle: the back section is modeled on the human back. The name therefore stands for a "bionic back" - a system that supports you during physically demanding activities. Who is the BionicBack made for and what is it used for? The BionicBack exoskeleton is a passive support system that provides noticeable relief during activities such as lifting, bending or prolonged bending forward. It intervenes as soon as you bend forward or pick something up: Dynamically, during movement (e.g. when picking up a heavy object) Statically, when you work in a bent-forward position for a long time (e.g. over a pallet cage) . How does a passive exoskeleton work? The BionicBack is a so-called passive exoskeleton. This means that it works without electrical energy or motors. Instead, it uses mechanical energy storage - such as elastic elements that are put under tension when bent. This stored energy can: support part of the body weight when holding a bent forward position, support the patient when straightening up by reinforcing the movement with its own energy. The result: less muscle strain, less risk of fatigue and more ergonomic, healthier working. Conclusion: Why the BionicBack exoskeleton? Let's summarize: ✅ The BionicBack is an ergonomic aid inspired by the human back ✅ It is a passive exoskeleton - lightweight, current-free, low-maintenance ✅ It has been scientifically tested and provides noticeable relief ✅ The system is lightweight, convenient and easy to integrate - ideal for use in logistics, production and trade 👉 Find out more now and discover the BionicBack:

"Back pain again..." - a sentence you hear far too often. Whether on the construction site, in assembly or in the warehouse: back problems have long been part of everyday life for many employees. But what if there was a solution that could noticeably relieve back pain - without medication or constant physiotherapy training? Around 65% of back pain affects the lumbar spine - followed by the cervical spine (23%) and thoracic spine (12%)* *rough guide values Understanding back pain - and finally doing something about it Back pain often develops gradually. Sometimes it's all the sitting in the office, sometimes it's the heavy lifting on the building site. The causes are varied - as are the solutions. In the office, ergonomic chairs, height-adjustable desks and regular breaks can help. But in professions that involve physical work, more is needed: support when lifting, carrying and bending. This is exactly where we come in. Who benefits - and when? Do you work in construction, car repair, logistics or agriculture? Then you know what it means to toil physically every day - often with high time pressure and few breaks. Particularly affected: Construction workers who move heavy loads every day Mechatronics engineers who work in a stooped position every day, maintain machines or assemble components overhead Warehouse logistics workers who bend and lift hundreds of times a day landscapers, as a lot of their work involves bending over The result: muscle fatigue, tension - and in the long term: chronic back pain . 6 reasons why an exoskeleton like the BionicBack will change your back life: Back relief of up to 30 %:  Protect your spine with every lifting movement - noticeably and immediately. Avoid muscle fatigue - up to 86 % less strain : no more sore muscles after your shift. Maintain posture - last up to 55 % longer : Whether standing, lifting or holding: Your back stays stable. Passive & lightweight : No battery, no motor - you remain flexible and mobile. Intuitive use : Put it on, get started - without any lengthy instruction. Versatile in use : Ideal for construction, logistics, trade, care and many more. At hTRIUS we do #SupportToWear. The BionicBack is a passive exoskeleton - a wearable back support that works without electronics and adapts to your everyday working life. What makes it special: Scientifically validated : The effect was tested at ETH Zurich, Offenburg University of Applied Sciences and the University of Innsbruck. Prevention & support in one : prevention meets immediate help. Lasting relief : avoid back pain instead of treating it. The BionicBack supports precisely those muscle groups that are put under a lot of strain during physically demanding work - especially in the lumbar region: The BionicBack provides targeted relief for the lower and middle back, improves your posture and protects your body with every movement. Conclusion - your back will thank you ✅ Back pain is often caused by overloading - exoskeletons help prevent back pain ✅ The BionicBack specifically reduces the strain of physical work ✅ The application is simple, the effect proven - without a battery ✅ Particularly suitable for professions with high physical demands ✅ Back health is not a luxury - but the basis for a long working life Test it yourself now! 👉 Want to know if the BionicBack is right for your job? Then arrange a free consultation now:

Exoskeletons have become an integral part of modern industry and the world of work. But what exactly does the term exoskeleton mean and why are these external support structures so valuable for various industries? In this article, you will find out what an exoskeleton is, how it works and what different types there are. Here you can see the BionicBack exoskeleton What does exoskeleton mean? The term exoskeleton originally comes from the animal kingdom. It is derived from the Greek words "exo" (for "outside") and "skeletos" (for "dry body"). An exoskeleton is therefore an external skeleton - a protective and support system that is located outside the body. Examples from nature include insects and crustaceans, which have an exoskeleton as an external protective and support structure. In contrast, humans and vertebrates have an endoskeleton, which is located inside the body. A technical exoskeleton works according to the same principle. It is an external support structure that is worn on the body to support movement and improve or enhance physical abilities. Areas of application for exoskeletons Exoskeletons are used in many different areas - from industry to medicine: Logistics Construction Wholesale Beverage logistics Car repair shop Gardening and landscaping Furniture transport Maintenance In short: wherever dynamic or static lifting is required, an exoskeleton can reduce physical strain and increase efficiency. Other areas of application for exoskeletons: In addition to industry and logistics, exoskeletons are also used in other areas: Medicine - support for rehabilitation and mobility Military - improving the physical performance of soldiers Space travel - support for work in weightlessness Personal mobility and assistance - support in everyday life for people with limited mobility Emergency and rescue operations - relief from heavy physical strain The BionicBack is aimed at people who work in professions with physically demanding tasks - for example in logistics, on construction sites or in workshops. It specifically reduces the strain on the back when lifting, carrying or bending for long periods and is easy to integrate into everyday working life. Active vs. passive exoskeletons Exoskeletons can basically be divided into two categories: active and passive exoskeletons. Active exoskeletons Passive exoskeletons Active exoskeletons use motors or hydraulic systems to actively amplify the wearer's movements. This type of exoskeleton is often used in industry or the military to lift heavy loads and reduce fatigue. Passive exoskeletons do not use motors or hydraulics. Instead, they use mechanical energy storage devices such as springs or elastomers to relieve the body and support movement sequences. Passive exoskeletons are lighter and easier to handle, which is why they are often used in everyday working life. Our BionicBack exoskeleton is a passive exoskeleton. This means that it does not have a motor and does not need to be recharged - so it does not restrict everyday working life or freedom of movement. The most important points at a glance To summarize: ✅ An exoskeleton is an external support structure worn on the body. ✅ It supports, improves or strengthens physical abilities and movements. ✅ Exoskeletons are used in various industries and applications. ✅ There are two types: active (with motors) and passive (mechanical) exoskeletons. Conclusion Exoskeletons are versatile and offer enormous benefits in industrial, medical and private environments. They provide targeted support for physical performance and reduce the strain of physically demanding tasks. Want to see what this looks like in practice? Then take a look at our YouTube video on exoskeletons: There you will not only find illustrative examples, but also many other videos with application tips, background information and experiences directly from everyday working life. Curious about the industries in which BionicBack is already being used? Find out more here:

Welcome to the world of exoskeletons! If you are hearing about this technology for the first time, you are not alone. Exoskeletons are wearable support systems that take the strain off the human body during physically demanding work - especially the back, shoulders and joints. In this article, you'll find out where this idea came from, how it developed and why exoskeletons like our BionicBack are so important right now. The origins of exoskeleton technology The idea of a wearable mechanism that supports or amplifies human movement originally came from science fiction. However, it became a reality as early as the 1960s: one of the first real projects was the so-called "Hardiman", developed by General Electric. Even though the system was never used in practice, it laid the foundation for the further development of wearable support systems. Fields of application today: much more than just dreams of the future Nowadays, exoskeletons have become indispensable in many areas: 📦 Logistics - e.g. when lifting heavy loads 🏗️ Construction and trade - for support during overhead work and long periods of bending forward ✈️ Airport handling - during loading and unloading 🏥 Medicine - for rehabilitation and mobility support 🎖️ Military - to increase performance and shift loads Where is the journey going? Market analyses predict exponential growth in the use of exoskeletons. The reasons for this are: Rapid technological progress Growing demand in ageing societies Increasing awareness of ergonomic workplace design What is the BionicBack: Our BionicBack is a so-called passive exoskeleton. This means that it works entirely without electricity or motors - purely mechanically. It was specially developed to support people during physically demanding activities, e.g. lifting, carrying or bending forward for long periods. The aim is to relieve back strain, prevent musculoskeletal disorders and make everyday working life healthier. Here you can see our BionicBack exoskeleton Why we develop exoskeletons like the BionicBack: We at hTRIUS are convinced that the physical protection of people who work with their hands every day deserves the same importance as a helmet or safety shoe. The BionicBack stands for a new understanding of occupational safety - preventive, supportive and easy to use in everyday life.