We developed a fully automated system designed for accurately weighing and dosing cleaning solutions used in industrial processes for washing tanks containing glucose, chocolate, and other ingredients used in food production. The project is built for maximum precision, full traceability, and high operational efficiency.

The system uses one or two IBC containers placed on a stainless-steel platform equipped with four high-precision load cells. The operator positions the container using a forklift, and the platform continuously transmits the measured weight to the PLC.
On the HMI interface, the operator sets:
Based on these values, the system automatically calculates the total amount of solution available in the container and the actual consumption per cycle.
To ensure process quality, a higher-level authorized operator can configure the maximum allowed hysteresis (tolerance). For example: if a cycle normally consumes 10 kg and the hysteresis is ±2 kg, any value between 8 and 12 kg is acceptable. When consumption goes outside this range, the system triggers visual and audible alarms.
The HMI also displays date, time, and allows saving all process data onto an external USB drive (only accessible to authorized factory personnel). The system also receives an external Start Wash signal from the associated industrial washing equipment.

Professional electricians ensuring your safety first.
The entire process logic is implemented in an industrial PLC, responsible for:

The electrical panel, wiring, field connections, and full electrical schematics were designed and built entirely by our team. The system offers high reliability, easy maintenance, and complies with modern industrial standards.
The HMI interface was designed for fast and safe operation:

The interface is simple, intuitive, and optimized for heavy industrial use.
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This system delivers a robust, scalable, and efficiency-focused automation solution — ideal for companies seeking tighter process control, reduced operational costs, and consistently high production quality.