Soehnle 7755 scale with precise graduation
The Soehnle 7755 is a two-part scale with a platform that measures with a precision of 10 grams in the range of 0-30 kg. The scale features a spacious weighing surface of 270x310 mm, making it ideal for a variety of purposes. It is designed to provide reliable measurements in both professional and personal settings.
Perfect for kitchens, laboratories, packaging facilities, or anywhere accurate weighing of products and materials is essential.
Accurate measurement with high capacity
With a measuring capacity of up to 30 kg and a graduation of 10 grams, this scale ensures precise results even with heavier items. The two-part construction with a separate weighing platform offers greater flexibility in use and makes cleaning easier. The scale's design protects the sensitive measuring components from overload, thereby ensuring a longer lifespan.
Practical and user-friendly
The spacious weighing surface of 270x310 mm provides ample room for larger items or containers. Weighing just 3.25 kg, the scale is stable during use yet still manageable when moving it. It is designed with a focus on functionality and durability, making it a reliable tool in various environments.
Technical specifications
The Soehnle 7755 scale has a measuring capacity of 0-30 kg with a graduation of 10 grams. The weighing platform measures 270x310 mm, providing good space for different types of items. The total weight is 3.25 kg, and the unit is sold individually. The two-part construction makes it both practical to use and easy to maintain.
With the Soehnle 7755 scale, you get:
- Precise weighing with 10-gram graduation
- High capacity of up to 30 kg
- Practical two-part construction with a separate weighing platform
You are always welcome to contact our customer service at web@hw.dk for further information.
FAQ
Can the scale be used for food?
Yes, the Soehnle 7755 is suitable for food use in both professional kitchens and private homes.
Does the scale require calibration?
Like all precision scales, periodic calibration may be necessary to ensure continued accurate measurements.
AI has assisted with the text, and therefore, errors are possible.