Digital kitchen scale 15 kg USB rechargeable | Stornfield

The scale shows 0 – and you no longer know if the last measurement result is still accurate.

When baking by recipe, every gram counts – anyone using an inaccurate scale or with depleted batteries in the middle of weighing loses time and ingredients. This digital kitchen scale with a capacity of 15 kg and 1 g accuracy measures reliably from the smallest spice portion to the large flour supply. The built-in 400 mAh battery charges via USB and eliminates the need to buy batteries – the scale is ready to use whenever you need it.

Advantages

• No more battery purchases: The integrated USB battery lasts – you won’t put the scale aside because the power is out when you need it most.
• No more weighing multiple portions in tiny bowls: With a capacity of 15 kg, even the heavy pot or full bowl fits directly on the platform without the need to transfer and taring again.
• No worries about hygiene issues on the weighing surface: The water-resistant surface can be wiped clean after use with a damp cloth – flour, oil, and cake batter disappear without the need for lengthy scrubbing afterwards.

Specifications

• Material: Durable plastic
• Dimensions: 23 cm × 16 cm × 2 cm 
• Weighing range: 1 g – 15 kg 
• Accuracy: 1 g 
• Power supply: USB charging (built-in lithium battery)
• Battery capacity: 400 mAh
• Food contact: No – place containers or trays on the platform
• Functions: Unit conversion, tare function, battery warning indicator, overload alarm
• Included: 1 × kitchen scale, 1 × USB charging cable, 1 × built-in battery (pre-installed), 1 × user manual

Usage

1. Charging: Fully charge the scale via USB cable before first use until the charging indicator goes off.
2. Weighing: Place the container on the platform, press the tare button, add ingredients, and read the weight on the LCD display.
3. Cleaning: Turn off the scale after use and wipe the weighing surface with a slightly damp cloth – do not hold it under water.

Pro tip: Use the tare function multiple times in succession when weighing different ingredients in the same bowl – this saves you from having to write down interim values and significantly reduces reading errors.