Human Augmentation on Site: Robotic Exoskeletons Enter Construction
Human Augmentation on Site: Robotic Exoskeletons Enter Construction
Construction environments are typically high-risk for injury. And while the industry's "Focus Four" identifies leading hazards—falls, struck-by incidents, electrocutions, and caught-in/between accidents—it leaves out a major contributor to long-term harm: back injury.
Construction environments are typically high-risk for injury. And while the industry's "Focus Four" identifies leading hazards—falls, struck-by incidents, electrocutions, and caught-in/between accidents—it leaves out a major contributor to long-term harm: back injury.
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Health and safety measures on site rely on a wide range of personal protective equipment (PPE) and procedures to reduce risks. With the introduction of advanced wearable technologies, many teams are now turning to robotic exoskeletons as an additional tool to protect workers from musculoskeletal strain and lower back injuries.
"...it contributes to keeping our workers fit and healthy, which is already reflected in a decline of sick leave. On the other hand, the colleagues appreciate the fact that we are looking out for them and providing the best working equipment currently available.“ Mustafa Durmaz, Managing Director, HENZ Bauausführung GmbH
Enter Exia, the latest generation powered exoskeleton from German Bionic. Designed specifically for tough environments, Exia delivers up to 38 kg (84 lbs) of lifting support per movement and is protected against dust and water—making it ideal for dirty, wet, or dusty worksites where traditional tools fall short.
Common Use Cases for Robotic Exoskeletons in Construction:
Loading and Unloading
Moving tools and materials from trucks to the work site is a routine task—yet one where traditional equipment support is often impractical. A wearable exoskeleton like Exia provides flexibility and physical relief, helping workers stay safe and less fatigued throughout the day.
Lifting Tasks
Whether removing debris or carrying heavy materials, construction workers perform repetitive, strenuous lifts that place their backs at risk. Exia reduces that risk by supporting proper lifting posture and providing active assistance, lowering the chance of injury and extending career longevity.
Assembly and Installation
From lifting granite countertops or scaffolding to bending over to lay tile or bricks, exoskeletons like Exia support both heavy lifting and sustained bending. These suits provide the extra support needed to perform physically demanding tasks more safely and sustainably—no matter how dirty or dusty the environment.
“It immediately made a difference. Lifting is now much less strenuous, and I also notice that my back is thanking me for the relief!” Erdal Özkan Construction worker at HENZ Bauausführung
Health and safety measures on site rely on a wide range of personal protective equipment (PPE) and procedures to reduce risks. With the introduction of advanced wearable technologies, many teams are now turning to robotic exoskeletons as an additional tool to protect workers from musculoskeletal strain and lower back injuries.
"...it contributes to keeping our workers fit and healthy, which is already reflected in a decline of sick leave. On the other hand, the colleagues appreciate the fact that we are looking out for them and providing the best working equipment currently available.“ Mustafa Durmaz, Managing Director, HENZ Bauausführung GmbH
Enter Exia, the latest generation powered exoskeleton from German Bionic. Designed specifically for tough environments, Exia delivers up to 38 kg (84 lbs) of lifting support per movement and is protected against dust and water—making it ideal for dirty, wet, or dusty worksites where traditional tools fall short.
Common Use Cases for Robotic Exoskeletons in Construction:
Loading and Unloading
Moving tools and materials from trucks to the work site is a routine task—yet one where traditional equipment support is often impractical. A wearable exoskeleton like Exia provides flexibility and physical relief, helping workers stay safe and less fatigued throughout the day.
Lifting Tasks
Whether removing debris or carrying heavy materials, construction workers perform repetitive, strenuous lifts that place their backs at risk. Exia reduces that risk by supporting proper lifting posture and providing active assistance, lowering the chance of injury and extending career longevity.
Assembly and Installation
From lifting granite countertops or scaffolding to bending over to lay tile or bricks, exoskeletons like Exia support both heavy lifting and sustained bending. These suits provide the extra support needed to perform physically demanding tasks more safely and sustainably—no matter how dirty or dusty the environment.
“It immediately made a difference. Lifting is now much less strenuous, and I also notice that my back is thanking me for the relief!” Erdal Özkan Construction worker at HENZ Bauausführung
Testimonial from construction firm HENZ
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