Salary / price 1 €
About the robot
Robot name Lightweight Waist Support Exoskeleton Robot Ant-Y10
Employment type Full-time employees
Dimensions
Load capacity 10 kg
The speed of movement 3,3 m/s
Power
Energy consumption
Working hours 4 hours
The warranty period

Relocatable robot

*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.

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Robot for industry

Consumer Exoskeletons Industrial Medical

Robots from the manufacturer

Salary / price 1 € Open to relocation

Salary / price 1 $ Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 $ Open to relocation

Salary / price 1 $ Open to relocation

Salary / price 1 $ Open to relocation

Salary / price 1 $ Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Salary / price 1 € Open to relocation

Specifications

  • Weight: 3.2kg(Including Battery)
  • Waist Assistance: 10kg+
  • Walking Torque: 12Nm
  • Max Speed: 12Km/h
  • Endurance: Ab.4H*
  • Charging Time: 1.5H


Description

Reduce Strain, Increase Productivity: The Ant-Y10 Exoskeleton

The Ant-Y10 is a lightweight waist-assist exoskeleton robot, weighing only 3.2 kg. It offers up to 10 kg of intelligent bending assistance, effectively reducing the strain on the lower back during bending tasks. This exoskeleton robot enhances work efficiency and minimizes muscle fatigue. With a battery life of up to 4 hours, it meets daily work requirements, making it an invaluable assistant. You can hire or buy a robot like the Ant-Y10 to revolutionize your workplace and daily life.

Applications in Various Fields

The Ant-Y10 exoskeleton robot is highly versatile and can be used in various fields:

  • Logistics: Provides significant assistance during lifting and carrying tasks, reducing physical strain on workers.
  • Industrial: Improves worker productivity and safety.
  • Healthcare: This medical robot can support medical professionals and patients, assisting in physical rehabilitation and mobility.
  • Consumer Use: Individuals can rent a robot or hire a robot for personal assistance, enhancing their daily lives with increased mobility and reduced physical effort. This advanced robot in healthcare exemplifies the future of robotics in medicine, enabling seamless human-robot interaction.

These applications highlight the versatility and potential of the personal robot Ant-Y10 in various fields.

Personal and Consumer Use

Beyond industrial and medical applications, the consumer robot Ant-Y10 is also suitable for consumer use. Individuals can rent a robot or hire a robot for personal assistance, enhancing their daily lives with increased mobility and reduced physical effort. The Ant-Y10 can serve as a personal robot, providing support in various activities and improving the overall quality of life for its users. Personal assistant robots like the Ant-Y10 are becoming more common as technology advances.

Future of Exoskeleton Robots

As the technology behind exoskeleton robots continues to advance, the industrial robot Ant-Y10 represents a significant step forward. This medical robot and industrial robot combination showcases the potential of robotics to transform how we approach work and personal tasks. With its high cost-performance and flexibility, the Ant-Y10 sets a new standard for the future of robot workers. Exoskeleton robots like the Ant-Y10 are paving the way for the future of human-robot interaction.

The Lightweight Waist Support Exoskeleton Robot Ant-Y10 is poised to revolutionize the way we work and live. Its applications in logistics, industry, healthcare, and personal use highlight its versatility and potential. For those interested in exploring the benefits of robotics, the Ant-Y10 offers opportunities to hire, rent, or purchase a state-of-the-art exoskeleton robot. Embrace the future of work and life with the Ant-Y10 exoskeleton robot and discover the possibilities of job for robots and work for the robot.