AI Automatic Sorting Cell

Model: FT – ast1003

The AI Automatic Sorting Cell is an innovative educational system designed to teach students the principles of intelligent manufacturing and automation. This hands-on setup features a desktop conveyor belt and a 6-axis robotic arm, enabling learners to explore robotics, Python programming, and machine vision technologies in a practical context. With a user-friendly interface, including a touchscreen module and emergency controls, the system allows for seamless interaction and programming of automated tasks. The kit not only showcases real-world production line concepts but also enhances students’ understanding of automation and AI applications in modern industry. This comprehensive tool prepares learners for careers in engineering and technology through engaging, hands-on experience.

 

Description

AI Automatic Sorting Cell

Technical Specification :

Features:
Automatic production line should be the symbol of modern industry
This program have a small production line with a desktop conveyor belt
It help students to understand the principles of intelligent manufacturing
Teaching Contents:
Robot arm path planning
Basic serial communication
Python programming
Machine vision fundamental and sensor technology
Technical Specifications:
The Automatic Sorting Cell system should have an informative
backboard
Front panel buttons, USB port and emergency stop switch
Side handles for easy transportation
Touchscreen module should have functions like Run, Debug, Setting,
Expand Functions etc.
Desktop 6-axis Robot Arm with core i7 laptop.
Features:
Ideal desktop 6-axis Robotic robot arm for AI engineering learners
It has open platform hardware product
It provide with the multi-functional extension module which should
expand the external interface of the robot
Designed with six degrees of freedom
Its end-effectors perform 3D omnidirectional movement which allow
tilt and turn, same as the typical industrial robot
It have a 0.2mm repeatability and achieve high precision through
stepping motors with multistage gearbox
The body design follow the safety principle which is curved
and have safety position restrictions to prevent pinching
Supplied as education kit configuration
Technical Specifications:
Axle number: 6+1 or better
Maximum Payload: 400g or higher
Working Radius: 310 ~ 320 mm
Communication Interface: USB / WiFi / Bluetooth / RS485 or more
Base Diameter: Minimum 155mm
Repeated Positioning Accuracy: 0.2mm or better
Power: 12V / 4A DC, 50W
Axis Motion Parameters (160g Payload):
Axis 1: -100° ~ +100°, Maximum Speed 31°/s
Axis 2: -60° ~ +90°, Maximum Speed 65°/s
Axis 3: -180° ~ +50°, Maximum Speed 28°/s
Axis 4: -180° ~ +180°, Maximum Speed 110°/s
Axis 5: -180° ~ +50°, Maximum Speed 33°/s
Axis 6: -180° ~ +180°, Maximum Speed 66°/s
Pen Holder (dia.): 10 ~ 15mm
Suction Cup Parameters (cup dia.): 10 ~ 12mm
Gripper Parameters (opening size): 27mm or higher
3-Finger Soft Gripper (opening size): 27mm or higher
Software: Studio, GRBLcontroller3.6 and Blockly & Scratch
Graphic Programming
The following items include in the Education Kit Robot arm X 1
Power supply and High-speed USB cable
IDC cable X 1 and Pen holding X 1
Micro servo gripper module X 1
Pneumatic set (Including pneumatic box, suction cup, two-finger
gripper, three-finger soft gripper) X 1
Multifunctional box (Extension Module) X 1
Sticker X 1 and Handbook X 1
Printer operation manual X 1
Conveyor Belt Setup:
The conveyor belt kit should be programmable
With adjustable speed and stable performance, it can be placed
directly in customized production line scenes and showcase the
Smart Factory concept in a vivid and interesting way
Payload: 5kg or higher
Workspace / effective distance: Minimum 590mm
Maximum speed: 2400 mm/min
Material: High-precision CNC machined high strength steel,
aluminum alloy
Software compatibility: Studio, Python, G code, GRBL controller
3.6, Blockly Graphic Programming
AI Vision Set:
The AI visual platform should realize color recognition, shape
recognition, face tracking and other functions through python
programming
It use as an artificial intelligence programming learning platform
Camera module:
– Color or mono: Color
– Pixels: 640 × 480
– OpenMV actual FOV: 900
– Processor: ARM 32-bit Cortex-M7 CPU
– R Cut filter: 650mm
Lens focal length: 1.2mm/3.6mm
Lens aperture: F2.0
Display screen:
– Screen type: 1.8” TFT LCD
– Resolution: 160 × 128
– Color: 64k RGB565
Programming: Python 3
Other Items:
Production Line Smart Base – M
Color block accessories (including color sorting boxes and color
blocks) X 1
Main control box (based on Arduino) X 1
Touchscreen module X 1
Document & educational resource kit (experiment handbook for
educators, source code, installation handbook, PPT quick start
guide, demonstration videos) X 1

 

Accessories:

Single-phase power cord
4mm Banana Socket-1Set
User Manual

Others:

Brand: FaboTronix
Country of Origin: China, taiwan, japan.
Manufacturing: Assemble in Bangladesh
Training

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