Kuchynská váha Jata HBAS2531 — digitálne váženie potravín, kompaktný dizajn

Jata HBAS2531 is a compact digital kitchen scale designed for accurate food weighing in home kitchens and small catering environments. The scale delivers a clear digital weight readout on a large LCD display and incorporates four high-precision sensors to ensure consistent measurements. With a slim footprint, the Jata HBAS2531 fits easily on countertops and is intended for everyday tasks such as portion control, meal preparation and baking.

Advantages

The Jata HBAS2531 combines a compact design with a large, easy-to-read LCD, providing straightforward measurement feedback. Four high-precision sensors improve stability and repeatability of weight readings, while the model’s capacity accommodates a wide range of food items. The scale’s simple digital interface supports precise weighing without taking up much countertop space.

Suitable for

• Portioning ingredients for recipes
• Meal prep and dietary portion control
• Baking where precise ingredient weights are required
• Small catering or home-based food preparation

Key specifications

• Maximum weighing capacity: 180 kg
• Display: large LCD with 4 digits
• Sensors: 4 high-precision sensors for accurate measurements
• Design: compact footprint suitable for countertop use

How to use

Place the scale on a flat, stable surface and power it on according to the device controls. Ensure the display reads zero before placing items on the weighing platform. For recipes, place a bowl or container on the scale and use the tare function if available to zero out the container weight; then add ingredients and read the digital value on the large LCD. Avoid placing the scale on uneven or vibrating surfaces to maintain measurement accuracy.

Recommendations

For best results, calibrate or check the scale periodically if the device supports calibration, avoid overloading beyond the maximum capacity, and clean the platform with a damp cloth. Store the scale in a dry place when not in use and handle it gently to preserve sensor accuracy.