8013 Micro Single Point Load Cell For Kitchen Scale
Features
1. Capacities (kg): 0.5 to 5
2. Material:Aluminum alloy
3. Load direction:Compression
4. Custom-design service Available
5. Low cost load cell
6. Affordable load sensor
7. Usage:Measure weight
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Description
Miniature single point load cell is a load cell designed to measure weight or force in a compact and precise manner. It typically has a small footprint and is capable of measuring loads from a few grams to several kilograms. A load cell usually consists of a metal body with strain gauges mounted on it, which detect the change in resistance when a load is applied. These strain gauges are connected to an amplifier, which converts the signal into a measurable output. Miniature single-point load cells are often used in applications such as laboratory scales, medical equipment, and small industrial machinery where space is limited but precise measurements are required. They are also used in applications requiring high precision, such as in the chemical and pharmaceutical industries, and in research and development activities.
Low cost load cell sensor 8013 is available in 0.5 to 5kg capacities with 1.0 mV/V output from full wheatstone bridge bonded on aluminum structure. Miniature weight sensor 8013 delivers good accuracy with compact size, can be loaded in both compression and tension direction. You may find inexpensive load cell 8013 ideal for mass production applications such as force simulators, home appliances, Arduino based weight measuring projects, and so on.
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In the kitchen scale, a micro single point load cell is an essential component that enables precise and accurate measurement of ingredients or food items. It is specifically designed for use in smaller scales, providing reliable weight readings in a compact and portable form factor.The micro single point load cell is strategically placed at the center or beneath the weighing platform of the mini kitchen scale. When an ingredient or object is placed on the platform, the load cell measures the force exerted by the weight and converts it into an electrical signal.This electrical signal is then processed by the scale's circuitry and displayed on the scale's screen, delivering a precise weight measurement to the user. The use of a mini load cell ensures that even the tiniest increments in weight are accurately captured, allowing for meticulous portion control and accurate recipe replication.The application of a micro single point load cell in a mini kitchen scale offers several advantages.
Firstly, it provides exceptional sensitivity and responsiveness, delivering accurate results for even the smallest quantities of ingredients. This is particularly important in baking and cooking applications that require precise measurement of spices, flavorings, or additives.Secondly, the micro load cell contributes to the overall compactness and portability of the mini kitchen scale. It is designed to be lightweight and space-saving, making it ideal for small kitchens or for those who require a portable scale for culinary activities both at home and during travel.
Furthermore, the micro load cell ensures excellent accuracy and reliability. It is engineered to withstand the repeated stress of weighing objects, offering long-term performance and minimal need for recalibration. This reliability ensures consistent measurements and enhances user confidence in the scale.Lastly, the micro single point load cell is versatile and compatible with a wide variety of ingredients and food items. It can efficiently measure small, delicate ingredients like herbs and spices, as well as slightly larger quantities such as fruits or liquids. This versatility enables users to accurately weigh different ingredients for a range of recipes and cooking techniques.
Overall, the application of a micro single point load cell in a mini kitchen scale allows for precise and accurate measurement of ingredients, enhancing portion control and recipe replication. Its sensitivity, compactness, reliability, and versatility make it an indispensable component for precise culinary measurements in small-scale kitchen environments.
