Electronic kitchen scale JATA HBAL1204

The JATA HBAL1204 electronic kitchen scale provides precise weight measurement up to 20 kg with 1 g resolution. Its compact footprint (approximately 300 mm width and 225 mm depth) and clear LCD display make it suitable for everyday cooking, baking and portion control. The scale's blue finish integrates with a variety of kitchen décors while offering an easy-to-read interface for accurate ingredient measurement.

Advantages

The scale combines high capacity and fine accuracy, enabling measurement of large and small quantities with one device. Its LCD screen ensures readings are legible at a glance, and the compact dimensions allow convenient storage on shelves or in drawers. The electronic design typically includes tare and unit selection functions to simplify multi-ingredient weighing and recipe scaling.

Suitable for

• Measuring ingredients for cooking and baking
• Portion control and meal prep
• Weighing large quantities up to 20 kg
• Small-batch food production and recipe testing

Key specifications

• Type: Electronic kitchen scale
• Maximum weight capacity: 20 kg
• Accuracy: 1 g
• Display: LCD for clear numeric readings
• Dimensions (approx.): 300 mm width x 225 mm depth
• Colour: Blue

How to use

Place the scale on a stable, level surface before use. Switch the unit on and wait for the display to initialise to zero. Use the tare function to subtract container weight when weighing ingredients in bowls or containers. Select the required measurement unit if the device provides multiple units, then add ingredients until the desired weight is reached. For successive measurements, press tare between additions or reset the scale as needed.

Recommendations

Use the scale on a flat, vibration-free surface for best accuracy and avoid overloading beyond the 20 kg capacity. Clean the weighing platform with a damp cloth and mild detergent; avoid immersing the unit in water. Store in a dry place when not in use and replace batteries according to the manufacturer's guidance to maintain reliable readings.