Telescopic fork laser Slam navigation AMR
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- Shenzhen Lianji Intelligent Equipment Co., Ltd.
Salary / price 1 €
| About the robot | |
|---|---|
| Robot name | Telescopic fork laser Slam navigation AMR |
| Employment type | Full-time employees |
| Dimensions | |
| Load capacity | 160 kg |
| The speed of movement | |
| Power | |
| Energy consumption | |
| Working hours | |
| The warranty period | |
Relocatable robot
*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.
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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
- Sizes: customized on request
- Maximum load: 160 kg
- Loading mode: side fork type
- Navigation Methods: Slam Laser Navigation
- Power supply battery: Lithium battery
- Drive mode: Differential drive
- Direction of telescopic action: front of the body
- Lifting stroke: 50mm
- Parking accuracy: ± 20 mm Docking accuracy: ± 5 mm
Description
Customized Telescopic Fork Laser Slam Navigation AMR: Revolutionize Your Material Handling with Smart Robots
Introducing the highly adaptable Telescopic Fork Laser Slam Navigation AMR, a cutting-edge solution for optimizing material handling across diverse industries. This autonomous robot, a prime example of smart robots in action, offers unparalleled precision, efficiency, and flexibility. Whether you’re looking to hire robot workers, rent a robot for specific projects, or invest in a robot for sale to enhance your long-term operations, this AMR provides a powerful solution. This industrial robot is designed for real work for the robot, tackling demanding tasks with ease, creating new job for robots.
Functions: Powerful Performance for Demanding Environments
This robust robot worker boasts impressive specifications. With sizes customized on request, it can be tailored to fit your unique operational needs. A maximum load capacity of 160 kg enables it to handle substantial loads efficiently. The side fork loading mode and front-facing telescopic action, combined with a 50mm lifting stroke, allows for versatile handling of various materials. The advanced Slam Laser Navigation system ensures precise and reliable navigation throughout your facility, a key feature for effective warehouse robots and logistics robots, making it a valuable asset for robots in logistics. The differential drive provides excellent maneuverability, even in tight spaces. Parking accuracy of ± 20 mm and docking accuracy of ± 5 mm ensure seamless integration with existing infrastructure. This AMR is truly designed for the job for robots.
Areas of Application
This adaptable robot is the perfect solution for robots in manufacturing, robots in logistics, and various warehouse applications. Imagine these autonomous robots efficiently transporting goods within a warehouse, streamlining material flow on a factory floor, or optimizing logistics in a distribution center. Consider deploying these industrial robots in areas such as receiving and shipping, assembly lines, storage areas, and even hazardous environments, where they can effectively perform work for the robot. These warehouse robots can significantly improve efficiency and reduce operational costs. This AMR offers a compelling solution for companies seeking to hire robot solutions, rent a robot for specific periods, or purchase a robot for sale as a long-term investment.
Invest in the Future of Automation with Customizable Robotics – Hire Robot Solutions Today
Whether you need to hire robot workers for short-term projects, rent a robot to address specific challenges, or purchase a robot for sale to integrate into your long-term strategy, this customized Telescopic Fork Laser Slam Navigation AMR offers a powerful and adaptable solution. This technology demonstrates the immense potential of autonomous robots and smart robots in transforming industries, especially in robots in manufacturing. Contact us today to learn more about how this exceptional robot can enhance your operations and provide valuable work for the robot.