DESIGN AND BUILD A MICROCONTROLLER BASED DIP COATER TOOL WITH AN AUTOMATIC CALIBRATION SYSTEM

Nizar Rizki  Rahman; Imam  Sya’roni; Anton  Hartanto; Agus Dwi  Prasetyono; Irfan  Subiantoro

doi:10.29303/ipr.v8i1.364

DESIGN AND BUILD A MICROCONTROLLER BASED DIP COATER TOOL WITH AN AUTOMATIC CALIBRATION SYSTEM

Authors

Nizar Rizki Rahman , Imam Sya’roni , Anton Hartanto , Agus Dwi Prasetyono , Irfan Subiantoro

DOI:

10.29303/ipr.v8i1.364

Published:

2024-11-11

Issue:

Vol. 8 No. 1 (2025)

Keywords:

Microntroller, Dip-Coater, Thin films, Control

Articles

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Rahman, N. R. ., Sya’roni, I. ., Hartanto, A. ., Prasetyono, A. D. ., & Subiantoro, I. . (2024). DESIGN AND BUILD A MICROCONTROLLER BASED DIP COATER TOOL WITH AN AUTOMATIC CALIBRATION SYSTEM. Indonesian Physical Review, 8(1), 48–61. https://doi.org/10.29303/ipr.v8i1.364

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Abstract

Dip-coating is essential for coating materials evenly, as imperfections like macropores can impact material properties. This project presents a digitally controlled dip-coating tool that manages withdrawal speed, immersion time, and speed via a microcontroller with an automatic calibration system. Employing a stepper motor and mathematical formula approach, the tool achieves high precision by automatically adjusting dipping parameters, with key metrics including resolution-dependent Vl, calibration speed Vpc and calibration targets tpc, and Sc. The system reaches stable calibration at Vms = Vpc. ensuring rapid, accurate calibration and minimizing errors to 0-2% across 20 to 650 steps. Additionally, the tool’s energy-efficient design consumes less power than other dip-coating systems, providing both durability and accuracy.

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DESIGN AND BUILD A MICROCONTROLLER BASED DIP COATER TOOL WITH AN AUTOMATIC CALIBRATION SYSTEM

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