Sliding Rail Set for WLKATA Mirobot MT4 Haro380

Sliding Rail Set for WLKATA Mirobot MT4 Haro380

The WLKATA Conveyor Belt Set is a motorized linear conveyor accessory designed to expand the capabilities of WLKATA robotic arms—including the Mirobot, MT4, and Haro380 series—by introducing material transport and production line simulation into the learning environment. The conveyor transforms standalone robotic arm exercises into realistic automated workflow scenarios, enabling students to practice coordination between robotic manipulation and continuous material flow.

The belt features a variable-speed DC motor with programmable speed control, allowing educators to create exercises that range from slow, deliberate object transport for beginners to high-speed sorting challenges for advanced students. The conveyor's compact, desktop-scale design integrates seamlessly with WLKATA arm workstations, and its T-slot aluminum frame allows for flexible positioning, height adjustment, and attachment of additional fixtures such as sensors, guides, and sorting bins.

Programmatic control of the conveyor belt is available through WLKATA Studio, Python scripting, G-code, and Arduino, enabling synchronized operation with the robotic arm. Students learn to trigger arm motions based on conveyor position, implement belt-tracking algorithms, and manage timing between transport and manipulation—concepts fundamental to real industrial production line engineering.

The Conveyor Belt Set is an essential component for building multi-station training cells such as sorting lines, assembly lines, and packaging simulations. Whether used as a single-arm workstation enhancer or as part of a larger multi-robot training solution, the conveyor belt brings the dynamics of continuous-flow automation into the classroom at an accessible scale.

Specifications

• Belt Type: Motorized flat-belt linear conveyor
• Motor: DC motor with variable speed control
• Speed Control: Programmable via software or manual adjustment
• Frame: T-slot aluminum profile for modular mounting and adjustment
• Belt Width: Approx. 50 mm effective transport width
• Belt Length: Approx. 400–500 mm effective transport length
• Compatible Arms: WLKATA Mirobot, MT4, Haro380
• Communication: Serial (UART), GPIO interface for robot synchronization
• Power Supply: 12V DC (shared with arm power supply or separate adapter)
• Mounting: T-slot compatible for flexible workstation integration

Features

• Motorized Conveyor Belt: Transforms standalone robotic arm exercises into realistic production line simulations with continuous material flow.

• Variable-Speed DC Motor: Programmable speed control enables exercises from slow, deliberate transport to high-speed sorting challenges.

• T-Slot Aluminum Frame: Provides modular mounting, height adjustment, and attachment points for sensors, guides, sorting bins, and custom fixtures.

• Programmable Arm Synchronization: Teaches belt-tracking, timed pick-and-place, and coordinated arm-conveyor workflows for production line engineering.

• Broad WLKATA Compatibility: Works with Mirobot (6-axis), MT4 (4-axis), and Haro380 series for integration across WLKATA educational platforms.

• Compact Desktop-Scale Design: Integrates seamlessly into classroom workstations without requiring dedicated industrial lab space.

• Multi-Interface Control: Programmable via WLKATA Studio, Python, G-code, and Arduino for diverse educational objectives.

• Essential Building Block: Enables creation of multi-station training cells including sorting lines, assembly lines, and packaging simulation environments.

• Serial & GPIO Interfaces: Enable real-time position feedback and event-driven arm-conveyor coordination for advanced automation exercises.

Documentation

• User Manual: Conveyor Belt documentation — included in the Mirobot User Manual accessories section — https://document.wlkata.com/?doc=/wlkata-mirobot-user-manual-platinum/

• Software: WLKATA Studio & BlockFactory — download the official programming and control software — https://www.wlkata.com/pages/download-center

• Video Tutorials: WLKATA Robotics YouTube Channel — setup guides, project demos, and tutorials — https://www.youtube.com/@wlkatarobotics