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Industrial and Ergonomic Exoskeletons

Lumbar support and arm and shoulder support solutions for the prevention of occupational injuries and reduction of muscle fatigue in industrial environments
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Exoskeletons
Industrial

At Inovix, we integrate industrial exoskeletons to reduce the physical impact of demanding tasks and improve workers’ occupational health.

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Exoesqueleto industrial Inovix para evitar lesiones

Fewer Injuries

Designed to protect your employees

More efficiency

More agile and faster work

Job versatility

Physical assistance and technology for greater ergonomics

Exoskeleton for work Inovix

Exoskeleton Support Jacket BB + Air

Passive exoskeleton with pneumatic lumbar support that reduces pressure during logistics tasks.

Inovix PRO Exoskeleton For work

Exoskeleton Support Jacket BB + PRO III

Passive exoskeleton with lumbar support that uses elastic bands to reduce physical effort in repetitive tasks.

Passive Arm Exoskeleton

Metallic Strong Hands

Passive exoskeleton with enhanced arm
and shoulder assistance plus lumbar support.

Active exoskeleton for arms

Titan Arms

Passive exoskeleton with full arm and shoulder assistance for the prevention of occupational injuries.

Back Force

Passive exoskeleton with full arm and shoulder assistance for the prevention of occupational injuries.

Exoskeleton for work Inovix

Air

Exoesqueleto pasivo con asistencia lumbar neumática que reduce la presión en tareas de logística.

Inovix PRO Exoskeleton For work

Pro III

Passive exoskeleton with lumbar support that uses elastic bands to reduce physical effort in repetitive tasks.

Passive Arm Exoskeleton

Metallic Strong Hands

Passive exoskeleton with enhanced arm and shoulder assistance plus lumbar support.

Active exoskeleton for arms

Titan Arms

Passive exoskeleton with full arm and shoulder assistance for the prevention of occupational injuries.

Back Force

Passive exoskeleton with full arm and shoulder assistance for the prevention of occupational injuries.

Exoskeletons for a lighter and safer working day

These solutions help to relieve muscle strain, especially in the back, shoulders and upper limbs, during repetitive tasks, load handling or prolonged work.

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Exoskeletons for a lighter and safer working day

These solutions help to relieve muscle strain, especially in the back, shoulders and upper limbs, during repetitive tasks, load handling or prolonged work.

Request a Demo

Yes. Various scientific studies confirm that passive exoskeletons with mechanical support reduce muscle activation and improve ergonomics at work without the need for batteries. These industrial ergonomic devices are effective in reducing muscle fatigue. For example:

  • In repetitive lifting, passive lumbar supports reduced spinal extensor activity by between 8% and 20%, as well as decreasing energy expenditure by up to 14%.
  • In welding tasks with raised arms, the use of a shoulder exoskeleton improved weld quality: +5.8% in front posture and +28.9% in overhead posture.
  • In overhead work, biomechanical simulations show reductions in shoulder muscle activation of 54% to 87%, without increasing the load on other areas of the body.

These results support the notion that passive exoskeletons improve ergonomics without negative side effects if they are well designed.

Scientific sources:

  • Influencia de un exoesqueleto de hombro en la soldadura (2022)
  • Evaluación biomecánica de dos exoesqueletos de soporte lumbar (2020)

Air/ ProIII (passive lumbar support):

Studies show that passive lumbar support reduces lumbar muscle activity by between 9% and 20%. ProIII and Air provide ergonomic lumbar support to assist with lifting loads and improve posture in logistics, construction and assembly work, thereby improving occupational safety.

TitanArms o Metallic Strong Hands (arm and shoulder support):

Arm and shoulder assistance exoskeletons reduce deltoid activation by 54% to 87% in overhead tasks. TitanArms and Metallic Strong Hands are ideal physical assistance devices for assembly and construction exoskeletons, offering prevention of occupational injuries to the shoulders and neck.

Fuentes científicas:

  • Evaluation of a Trunk-Supporting Exoskeleton for Reducing Muscle Fatigue (2019)
  • Biomechanical evaluation of two lumbar support exoskeletons (2020)

No. Studies confirm that passive ergonomic exoskeletons with well-designed ergonomic technology do not hinder natural movement. These body support devices enable ergonomics at work while maintaining full mobility and efficient mechanical support, ideal for assembly, logistics and construction tasks.v

Fuentes científicas:

  • Influence of a shoulder exoskeleton on welding (2022)
  • Assessing the Efficiency of a Shoulder Exoskeleton (2021)

Yes. Passive industrial exoskeletons are essential physical assistance equipment for preventing workplace injuries and improving occupational health:

  • By reducing chronic muscle strain in the back, shoulders, or neck, accumulated stress in the tissues is decreased.
  • By improving endurance and delaying fatigue, operators can avoid adopting compensatory postures and sudden movements that contribute to injuries.
  • Lumbar support studies have also demonstrated an extension of time to fatigue when using an exoskeleton, suggesting less wear and tear at the end of the shift.

These ergonomic industrial devices act as support for workers, complementing other industrial ergonomics and occupational safety measures.

Scientific sources:

  • Evaluation of a Trunk-Supporting Exoskeleton for Reducing Muscle Fatigue (2019)
  • Biomechanical evaluation of two lumbar support exoskeletons (2020)

Active exoskeletons are motorised body support devices ideal for exoskeletons for logistics and construction with high physical demands. They reduce muscle effort by up to 70%, improve operational efficiency by 25% and provide assistance in lifting extreme loads with innovative safety features. Passive exoskeletons act as an accessible ergonomic base, while active exoskeletons are used for high-strength work.

Fuentes científicas:

  • Huysamen et al., 2021 – Industrial Power-Assist Exoskeleton Evaluation
  • Kim et al., 2022 – Active Upper-Limb Exoskeleton Performance
  • Zhang et al., 2023 – Battery-Assisted Lumbar Exoskeleton Study
  • Exoskeletons for logistics: Assistance with repetitive lifting and moderate loads. Passive lumbar support improves posture and reduces accumulated strain in warehouses and distribution centres.
  • Exoskeletons for construction: Overhead tasks with raised arms. Arm and shoulder assistance (such as TitanArms) is ideal for component assembly, painting, and working at height.
  • Exoskeletons for assembly: Prolonged static postures. Physical assistance equipment helps relax support muscles and improves ergonomics when working on production lines.
  • Mixed tasks: Integrated industrial ergonomic devices can support multiple zones with support for workers in varied activities.

Yes. Industrial and ergonomic exoskeletons are safe physical assistance devices when properly fitted. The built-in ergonomic technology ensures occupational health and safety without adverse effects. Scientific results support that, with proper ergonomic supervision, they improve workplace ergonomics throughout the working day with effective worker support.

Source: Scientific studies published in journals on ergonomics, biomechanics, and occupational health between 2019 and 2024.
(E.g., Journal of Occupational Health, Applied Ergonomics, Industrial Health, Human Factors, among others.)

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Email

ocanet@inovix.es

Teléfono

93 518 28 66

Opening hours

Monday - Friday 9:00 to 18:00