1Q_Robotics_Leanbot Gripper & Basic Movements

Transport Robot

is one that has been designed to move materials and products from one place to another, usually on industrial or logistics environment

Transport Robot in warehouse and logistics and environment

automate the process of storing and moving goods as they make their way through the supply chain

Transport Robot in Hotel and Restaurant Environment

Delivery X1 and X1 Pro features hassle-free deployment process. It does not require scanning location markets for assistance of positioning. The trays of the autonomous delivery robot are equipped with weight sensors and LED indicator lights that perceive and signal the load status.

Transport Robot in Agriculture (Harvesting Robots)

are designed to harvest crops such as fruits and vegetables. They use sensors and cameras to detect when the crops are ready to be picked, then use robotics arms or other tools to carefully harvest them without damaging the produce.

SDG 12 Responsible Consumption and Production

its supports the transport robot

Efficient Material Handling

Machine grippers automate tasks like picking, sorting, and placing items in manufacturing enhancing material handling efficiency. This reduces waste and optimizes resource utilization

Recycling Operations

Robot grippers in recycling facilities efficiently handle various items, enhancing recycling process for responsible waste management and sustainable consumption

Recycling Operations

Robot grippers enhance materials handling, optimizing supply chains by reducing transportation, minimizing energy consumption, and improving overall sustainability in production and distribution

Resource Conservation

By automating tasks that involve the use of raw materials, robot grippers can help optimize resource consumption. This is crucial for industries striving to minimize their environmental footprint and contribute to responsible production practices

Servo Motors

are specialized devices used in robotics and automation.

Servo Motors

They are designed to precisely control the position or movement of various mechanical components in machines and robots.

Servo Motors

For Leanbot robot specifically, it is used as grippers.

Servo Motors

Grippers are mechanical devices that hold and manipulate object

Robot

is a mechanical or virtual device that is designed to perform tasks.

Robot

It can carry out actions or functions either automatically or in response to external stimuli or instructions.

Logistic and Warehousing

Robots used in warehouses or distribution centers are used for tasks such as picking and packing, inventory management, and goods transportation.

Manufacturing and Assembly

Robots assigned in manufacturing and assembly lines are used to automate repetitive tasks and increase productivity

Agriculture

Robots are assigned in crop monitoring, spraying pesticides or fertilizers, harvesting, and sorting

SDG 8 - Decent Work and Economic Growth

robot supports the _________

Job Transformation

Warehouse robots transform work by automating routine tasks, creating new job opportunities in design, maintenance, and oversight.

Increase Productivity

Warehouse robots enhance logistics efficiency, contributing to economic growth by enabling cost reduction, effective demand fulfillment, and global market competitiveness

Resource Optimization

Warehouse automation optimizes resources, allowing human workers to focus on creative, problem solving tasks, enhancing job satisfaction and contributing to the "decent work" goal

Skill Development

Implementing advanced technologies, such as warehouse robots, necessitates workers to acquire new skills for operation and maintenance, fostering continuous learning and aligning with the goal of building a skilled and adaptable workforce

Balancing Automation Impact

Balancing automation's efficiency gains with potential job displacement is crucial. Policies must ensure decent work conditions, fair wages, and social protections to achieve sustainable development goals.​

Basic Forward Movement

One of the basic movements is to make the robot go forward

Forward Movements

When a robot moves forward, it means that it travels in the direction it is facing. The Robot’s Wheel’s or legs propel it in a straight line, allowing it to move ahead

Turn Motion

turning in robotics is the movement where a robot changes its direction or orientation by rotating around a fixed point, allowing it to navigate and explore its environment

Point Turn

is also known as pivot turn or spot turn, is a turning motion where a robot rotates in place around a central point

Swing Turn

is a type of turn in which the two driving motors spin on the same direction, but one motor spins faster than the other. This will cause the robot to pivot on “swing” in a circular motion.