Canting, a traditional tool commonly used in Batik-making process (especially for Batik tulis), is used for applying wax and for painting patterns on plain cloth. As technology advances, electric Canting was eventually introduced. This paper analyzes the utilization of microcontroller-based system to regulate temperature on the electric Canting. The objective of this system is to maintain the temperature of the Batik wax within the designated temperature range in order to retain the quality of Batik wax. Additionally, PID (Proportional Integral Derivatives) control is used in the process. There are two parameters researched, Batik wax viscosity and PID control. The viscous properties of Batik wax in 80°C set point was recorded using Stoke' s Law Falling Ball method. Moreover, comparison analysis was obtained between two conditions in which the heating process is done with and without the use of PID control. It is found that under PID control the heating rate is faster and more stable. The results with values for PID constant of Kp = 70, Ki = 10, and Kd = 10, produce acceptable response for the heating process.