WLKATA provides A Lightweight Solution for Robotics engineering study

Based on the technologies of Bus-mastering control, Digital Twin, open source API and desktop robot arm, WLKATA provides an ideal robotic research platform for university students and researchers.

To users work on robotics development platform such as ROS, V-rep and Matlab, WLKATA provides 3D simulation models and source code.  It helps to realize the synchronization between virtual simulation and real world.

To users work on AI technology, smart industry, and computer control system design major, WLKATA provides open API and Bus-mastering control.So that students could create a wide range of “Robotic and IoT (Internet of Things)”scenarios from AI visual recognition project, voice control project to mini-production line simulation.

Modulated laboratory set for The Study of Artificial Intelligence, mechanism and robotics

WLKATA provides a series of modulated laboratory sets for higher educational institutes, including color sensory lab set, visual recognition lab set, mini-production line lab set, etc. They change the tedious study of algorithm and mechanism into an interactive, exciting and effective learning process.

Lab Set - Visual Sorting Line

Process and Components

Process 1: Visual Recognition Module
Places the cubes on the visual plate, and the visual recognition module would realizes the position information through python programming.
Process 2: Pick-and-place Module (Robot Arm)
One set of WLKATA Mirobot is deployed to pick up the cube and place on the conveyor belt module.
Process 3: Transport Module (Conveyor Belt)
One conveyor belt is used to simulate the process of transporting goods (cubes) to the next working module.
Process 4: Color Sensing Module
Color sensor is placed in the other end of transport module to execute color recognition through python programming.
Process 5: Sorting Module (Robot Arm)
The second WLKATA Mirobit is deployed to sort the cubes into different containers according to the color information.

Lab Set - Mini Chess Production Line

Process and Components

Process 1: Chess Making Module (Multiple Devices)
This module includes one set of Chess Push Device, one set of  WLKATA Mirobot, and a Laser Cut Unit. Each piece of chess will be placed one by one on the Laser Cut platform and be patterned.
Process 2: Pick-and-place Module (Robot Arm)
The second set of WLKATA Mirobot is deployed to pick up the patterned chess from the Laser Cut platform and place on the conveyor belt module.
Process 3: Transport Module (Conveyor Belt)
One conveyor belt is used to transporting chess to the next working module.
Process 4: Placing Module (Robot Arm)
The third set of WLKATA Mirobot is deployed to pick up the chess piece from the conveyor belt and arrange them in orders in a box. (The box is pre-placed by the fourth set of WLKATA Mirobot.)
Process 5: Packaging Module (Robot Arm)
The fourth set of WLKATA Mirobot is deployed to pick up the cover and place on the chess box.
Process 6: Storage Module (Robot Arm)
One set of WLKATA 3-axis robot arm is deployed to pick up the chess box and transfer into the storage shelf.

Client Project

Client: China University of Mining and Technology (Beijing)
Project: Robotic Engineering Innovation Lab, Beijing, China

products

WLKATA MirobotSliding Rail setConveyor Belt setVisual Recognition set

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