Senbrino is a ladder development tool for Arduino-compatible boards. Write your operating sequence in ladder logic, then generate, compile and upload the code. Work with AI and check live contacts and values in the ladder diagram while the board runs.
See it in use
Explore the generated ladder, the AI authoring process and live board operation through the same example.
Generated logic · Worked example
Press a button to turn on a relay. The next output turns on 3 seconds later. Review and edit the logic AI generated.
We built a popping-machine controller on a customer's custom RP2040 board. Ladder logic handles the operating sequence and interlocks. C++ converts dial readings into process times.
Get started
See what the board is doing
Check whether an input is active, which condition is blocking the sequence and how far a timer has progressed. See live contacts and values on the ladder diagram as you refine the controls.
Download for free →The development tools are free. Hardware and external AI services are charged separately.Arduino Due · Mega2560 · RP2040
Choose a supported board and configure its I/O. If your project needs a custom board or machine-specific controls, talk to SEN about board configuration and program development.
Write your program in the ladder language PLC engineers already know, and Senbrino turns it into Arduino C++ and puts it on the board. A tour of the ladder editor, symbols, board packages, live monitoring, Modbus and AI integration.
From Senbrino-win-Setup.exe to the first start screen. Get the PC side ready before the GO-RP2040-CB08 board comes in Part 2.
Wire power and buttons, then pick the main board and port in a new project. Inputs are P0 to P3, outputs P4 to P7. The addresses Part 3 uses are set here.
One line in the Claude console, six symbols and four rungs come back, then Deploy and Monitor. Press the button and a relay clicks. Three seconds later the second one follows.
Give us the target and the board type, and we'll suggest a configuration and a quote.