Laboratory Weighing Applications in Food and Beverage
Laboratory weighing applications in food are vital for food analysis and finished product excellence. Learn more about laboratory weighing in the food industry.
Food Scales
An Extensive Range of High-Performance Commercial Weighing Scales for Food
A digital food scale is essential in the food and beverage industry to ensure ingredients and finished products meet quality control standards. Commercial food scales weigh large ingredient batches, measure product weight during production, and determine finished product weight for packaging and shipping. METTLER TOLEDO offers high-precision digital food scales for commercial kitchens, labs, grocery stores, and food-related businesses to improve production efficiency, safety, and quality.
Industrial Weighing Scales for Food
METTLER TOLEDO’s industrial food scales and software solutions are designed to help you quickly respond to the increasing demands for food safety, quality and regulatory compliance.
Benefits of METTLER TOLEDO's Digital Food Scales
World-Class Manufacturing
Our state-of-the-art facilities manufacture your digital food scale using only the highest quality materials. We have logistics hubs in Europe, the United States, and Asia to ensure quick delivery and spare parts availability.
Protect Your Uptime
The METTLER TOLEDO service team supports your food weighing equipment throughout its entire lifecycle, from installation and calibration to repair. Take advantage of our experience, skills and know-how to ensure optimal uptime, accurate performance, and compliance, and maximize your digital food scale.
Full Process Control
Our commercial food scales can be combined with a scale indicator, software solution, or a variety of simple-to-integrate accessories to achieve complete process control and visibility.
A Long Tradition of Precision
METTLER TOLEDO has established a global presence and reputation through the development of precision weighing and analytical instruments over the last 100 years. Our expertise enables us to provide first-rate food scales and balances to industries such as manufacturing, retail, engineering, pharmaceutical, and transportation and logistics.
FAQs
How do I read a digital food scale?
The measurements on a digital food scale are easy to read. Digital weighing scales for food measure the weight of food in pounds (lbs), ounces (oz), kilograms (kg), and grams (g). After placing the sample on the scale, a number will appear on the digital display. There will be a unit of measurement next to that number, which is the weight of that specific food sample. For example, if it weighs two kilos, it would be shown as 2kg.
How do I use a digital food scale?
Using a digital food scale is very simple. Turn the scale on, ensure that your scale is calibrated correctly, and place the sample on the scale. Its weight can then be read from the digital display. The scale calculates the weight of your food sample by measuring the force applied to the load cell. It will then convert the result to mass and present it in a variety of mass units.
Where can I buy a digital food scale?
You can buy a highly reliable and accurate digital food scale from METTLER TOLEDO. We sell a variety of digital food scales and solutions designed to improve production efficiency, safety, and quality. They can be used in many locations, including laboratories, industrial facilities, transportation and logistics, and retail settings. Their exceptional sensitivity and high-quality materials help you to achieve precise results
Explore our weighing solutions in the food industry to learn more about our high-accuracy digital food scales and to get additional information or a quote.
Are digital food scales accurate?
Yes, a digital food scale is an incredibly accurate weighing tool. Compared to analog food scales, digital food scales and balances are more robust and stable, and they resist electromagnetic interference better than analog scales. This is because they have advanced algorithms built into the scale. These algorithms work to filter out “noise” such as vibrations or environmental changes that can interfere with the weight signal.