LeoHelper Warehouse

LeoHelper Warehouse

Warehouse robots are robots designed for warehouse operations. There are many varieties but also complex warehouse automation solutions involving, for example, industrial manipulators, mobile robotic carts, palletizers, etc. LeoTronics presents its solution based on the LeoHelper platform for this application - LeoHelper Warehouse.

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The robot is a small-sized cart that can carry up to 100 kg of payload. The use of this warehouse automation will optimize warehouse logistics and staffing. Unlike AGVs, these robots do not require unique markings, such as magnetic strips or similar systems, to move.

Designed for service

Works for 24 hours

High-quality & intelligence

Specification

  • Navigation accuracy: 0,05m
  • The maximum speed: 5,5 km / h
  • The minimum distance for the detection of obstacles: 5 cm
  • The maximum distance for obstacle detection: 7 m
  • Battery Capacity: DC 36V 48Ah
  • Weight of the robot: 50 kg
  • Payload: up to 100 kg
  • Intelligent self-charging with positioning at the charging station
  • Web interface for controlling the robot, setting modes and settings
  • Charger: AC120-240V
  • The possibility of completing additional modules, manipulators
  • Technology LIDAR SLAM
  • Differential drive BLDC motor 300 W x 2
  • Total dimensions: 400x500x850
  • Nominal power: 650 W
LeoHelper Warehouse
LeoHelper Café

Features

This warehouse automation robot is based on the LeoTronics platform and inherits all its functions. So, it has all AI functions.
Due to the use of 3D-lidar and VSLAM technology, the robot is guided unmistakably in space, chooses the best route, and avoids collisions.
An advanced suspension system makes it easy to handle bumps and never lose stability
A cloud-based system for warehouse robot operation and service

Why LeoHelper Warehouse Robot is a good investment

LeoHelper Warehouse can solve staff availability problems
The robot never gets tired, goes on sick leave, or asks for days off
An investment in a warehouse robot pays for itself in less than a year

Nowadays, the task of process automation is penetrating deeper and deeper into various production areas. And one of the areas with excellent automation potential is the interaction of processes in warehouses.

One method that allows for automation in this area is creating a robotic warehouse system that automates actions performed in warehouses, such as loading, moving around the warehouse area, and unloading cargo, planning the optimal placement of load on the warehouse racks.

The methods employed in the past are no longer practical. For example, manual receipt of goods leads to many errors and irrational use of space. Accordingly, the productivity and efficiency of employees cannot be high. Warehouse work is often associated with routine, but today even routine operations must be carried out with the utmost care.

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