Look for a kitchen scale with unit switching (grams, ounces, pounds), a tare function to zero out containers, a sufficient maximum capacity (at least 5kg/11lbs), and ideally, a milliliter mode for liquids.
When selecting a kitchen scale for measuring both dry and liquid ingredients, several features significantly enhance usability and accuracy.
1. Unit Switching: The ability to switch between grams (g), ounces (oz), and pounds (lbs) is crucial. Recipes often use different units, and a scale that accommodates these variations simplifies the process. Grams are generally preferred for precise measurements, especially in baking.
2. Tare Function: The tare function, often labeled 'TARE' or 'ZERO,' allows you to reset the scale to zero with a container on it. This enables you to accurately measure the weight of the ingredient without including the weight of the bowl or measuring cup. Place the container on the scale, press the tare button, and then add your ingredient.
3. Maximum Capacity: Consider the maximum weight the scale can handle. A capacity of at least 5 kilograms (approximately 11 pounds) is generally sufficient for most home cooking and baking needs. If you frequently work with larger quantities, opt for a scale with a higher capacity.
4. Milliliter (ml) Mode: Some scales include a milliliter mode, specifically calibrated for measuring water and other liquids with a similar density. While not essential, this feature can be convenient for recipes that specify liquid volumes. Note that this mode is generally accurate only for water; other liquids may have different densities.
5. Display and Readability: A clear, backlit display is important for easy reading, especially in dimly lit kitchens. Look for a scale with a large, easy-to-read display.
6. Power Source: Kitchen scales typically run on batteries or have a rechargeable option. Consider which power source is more convenient for you.
Always place your kitchen scale on a flat, stable surface for accurate readings. Avoid placing it near sources of vibration or drafts, as these can affect the measurement.