Our DIY kits serve as a bridge between theoretical design and actual industrial implementation. By utilizing these modules, users gain deep insights into how various technologies converge to create a seamless automated process.

• Technology Integration: Seamlessly combine Pneumatics, Electrical systems, PLC logic, Mechanical structures, and Sensors.
• Actual Industrial Scenarios: Every kit is engineered to produce applications that replicate real-life industrial functions, such as sorting, feeding, and processing.
• Modular Flexibility: Build and test new automation systems of your own design by reconfiguring the modular components.

Featured Module: DIY Feeder Station (DIY01)

The Feeder Station is a prime example of our modular mechatronics approach. It focuses on the separation and distribution of components for downstream manufacturing.

Key Features

• Comprehensive Learning Material: Includes a detailed workbook with specific tasks and solutions to guide the assembly and programming process.
• Complete Toolset: Each station comes with a full set of tools required for both assembly and dismantling, ensuring a self-contained learning experience.
• Component Storage: Features precut foam inserts for organized parts storage and inventory management.
• Modular Components: Includes a stack magazine for component storage and a rotary pick-and-place module for precision distribution.

Technical Components & Specifications

The DIY series is built on a foundation of industrial-grade hardware to ensure durability and realistic performance.

• Control Infrastructure: PLC control integration (Siemens™ / IEC compatible) with dedicated I/O interface modules and a control console.
• Pneumatic Power: Features a complete FRL (Filter, Regulator, Lubricator) module, valve manifold assemblies, and compact ejector modules.
• Mechanical Foundation: Supported by horizontal profile table workbenches and profile plates specifically designed for mechatronics mounting.
• Safety & Environment: Rated for ambient temperatures up to 60°C and operating pressures of 4 bar.

Educational Objectives

Through the DIY Series, BaaS Systems enables users to master:

1. System Assembly: Physical construction of mechatronic stations from the ground up.
2. Logic Programming: Developing PLC ladder logic to control complex sequences.
3. Sensor Calibration: Integrating and fine-tuning sensors for position and material detection.
4. Fault Finding: Developing diagnostic skills within a functional, hybrid system.