Which robot arms are suitable for STEM education?

WLKATA Mirobot, MT4, Haro380 and MiroMax are widely used in schools, universities and STEM labs for robotics and automation teaching.

Do WLKATA robot arms support Python programming?

Yes. All WLKATA educational robot arms support Python programming, making them ideal for STEM, AI, and robotics courses.

Can WLKATA robots be used in university engineering labs?

Yes. WLKATA MT4, Haro380 and MiroMax are widely used in university engineering labs for automation, mechatronics, robotics, and control system teaching.

Do WLKATA robot arms support ROS or ROS2?

Yes. WLKATA robot arms support ROS and ROS2, enabling advanced robotics research and university-level engineering experiments.

Are WLKATA robots suitable for vocational school automation training?

Yes. WLKATA MT4 and Haro380 are widely used in vocational schools for industrial automation, PLC integration, and robotics operation training.

Can WLKATA robots be integrated with machine vision?

Yes. WLKATA provides an AI Vision Kit that supports machine vision experiments, object detection, and automation workflows.

Do WLKATA robot arms support block-based programming for beginners?

Yes. WLKATA Mirobot supports block-based programming, making it suitable for K12 and beginner-level robotics education.

Can WLKATA robots be used for robotics competitions?

Yes. WLKATA robot arms are used in STEM competitions and robotics innovation challenges for training and hands-on practice.

Do WLKATA robots support PLC or industrial automation teaching?

Yes. WLKATA MT4 and Haro380 support PLC integration and industrial automation workflows, making them suitable for engineering and vocational training.

Are WLKATA robots suitable for hands-on AI and robotics courses?

Yes. WLKATA robot arms support Python, ROS, machine vision, and automation experiments, making them ideal for hands-on AI and robotics education.

Fruit Picking Cell (Mirobot) | AI Vision Touch Screen | WLKATA

Order Info

Order will be shipped out from US warehouse in 1-3 business days once being processed.

Fruit Picking Cell (Mirobot) | AI Vision Touch Screen | WLKATA

SKU: WL-PL-PRO-FP-RGB3

$2,800.00 USD

Shipping calculated at checkout.

Available in stock

Order Info

Order will be shipped out from US warehouse in 1-3 business days once being processed.

WLKATA Fruit Picking Cell (Mirobot)

What's in the Box

Shipping List:

1. Wlkata Mirobot Professional Kit X 1

2. VisionSoftGrip X 1
(Starter AI Vision + Three-finger Soft Gripper End
Tool)

3. Production Cell Smart Base – Size Small X 1

4. Color Sensor Module X 1

5. Fruit Trees Kit X 1 (fruit tree stand, fruit
tree calibration stand, a pack of fruit models (including apples, oranges and pears), three baskets)

6. Main Control Box X 1
(based on Arduino MEGA
2560, installed on the bottom of the production cell smart base )

7. Touchscreen Module X 1

8. LED Lighted Infographic Panel with Stand X 1

9. Document and Educational Resource Kit X 1
(digital experiment handbook for educators, source code, digital installation handbook, PPT digital quick start guide, demonstration videos, installation videos )

Package:

Package 1: WLKATA Mirobot Professional Kit
X 1 : 5.6kg (12.3 lbs) , 375*335*290 mm (14.8*13.6*11.5 inch)

Package 2: Kit Box of WLKATA Mirobot Fruit
Picking Cell X 1: 1.1kg (2.4 lbs) , 350*195*115mm (13.8*7.7*4.5 inch)

Package 3: Production Cell Smart Base – Size
Small X 1：12.5kg (27.4 lbs), 580mm X 400mm X 100 mm
(22*16*4 inch)

Package 4: LED Lighted Infographic Panel with Stand X 1: 2kg (4.5 lbs), 580*400X60mm (23*16*2 inch)

Total Weight: 21.2kg (47.6 lbs
Brand: WLKATA

Learning The Starter AI Vision-Empowered Robotics Smart Farming Technology

Touchscreen

Simplify Learning with a One-click Start!

The system includes a dedicated touchscreen module integrated into the training cell. Through this screen, users can start, stop, and manage the automated fruit-picking workflow.

VisionSoftGrip

Built-in Starter AI Vision

The suite features a VisionSoftGrip end effector (Starter AI Vision + Soft Gripper), enabling robots to see and interpret surroundings through an integrated camera.

Starter AI Vision Allows:
🎯 Object recognition
🎨 Color detection
📦 Shape recognition
🤖 Vision-based robot control
🔳 QR code recognition

Infographic Panel

LED Lighted Infographic Panel

As a thoughtful classroom feature, the LED Lighted Infographic Panel with Stand serves as both an effective fill light and a display for basic knowledge about smart farming technology, making it ideal for educational and demonstration purposes.

Vision-based Calibration

Automatic Calibration

✔️AI Vision-based Calibration, Easy Operation for Long-Term Stability:

The touch screen features Starter AI vision-based automatic calibration, guaranteeing stable performance over the long term. (Calibration is only required after extended periods of use)

Step-by-Step Setup

Quick Setup🏃‍➡️

The workcell comes with clear step-by-step video tutorials and PowerPoint guides that walk users through unboxing, setup, and operation.

WLKATA BlockFactory

Graphic Programming

The Fruit Picking Cell is powered by the WLKATA AI-HUB, the system’s central controller. It is programmed using WLKATA BlockFactory, a drag-and-drop platform that lets users control robots, AI vision, and other devices without complex coding.

AI-HUB Allows:
🧩 Easy graphic programming of the Startere AI Camera, all WLKATA robotic arms and add-ons, and all Arduino-compatible products
🤖 Direct control of WLKATA robots and Arduino-compatible products via Arduino IDE