Single Point
HBK is a supplier and manufacturer of single point load cells for platform scale construction. These load cells are beneficial for a wide range of applications due to their high natural frequency and weighing speed.
The single point load cell is the most versatile of all the load cells we manufacture as they can be used for a variety of weighing functions for different applications. They are often employed in small to medium-sized platform scales. Single point load cells are highly accurate and can weigh loads that are ‘off-center’, while still providing a high level of precision. These load cells are typically employed in the food, medical, and automotive industries.
A digital load cell processes the signal differently to an analog load cell, and this improves the signal strength, data sample rate, and signal content. This type of load cell is a popular choice as they provide fast, reliable, precise, and cost-effective weighing method. Common applications of digital load cells include checkweighers, filling, packaging, and sorting machines, as they provide a dynamic approach to measuring.
A beam load cell (often called a bending load cell) is an extremely popular choice for many measuring tasks as there is a lot of different types of beam load cells. They work by measuring the bending moment, where the weight of the load puts pressure on the load cell’s metal spring element and causes elastic deformation. Beam load cells manufactured by HBM are employed in sectors where goods are processed, controlled, or produced, including tank weighing, process weighing, and plant engineering.
Canister load cells (sometimes referred to as column load cells) are employed for larger weight applications as they have a high resistance against bending and deforming. HBM manufactures self-centering canister load cells, that have a legal for trade accuracy of up to 5000 divisions.
In a ring torsion (RTN) load cell, the measuring element is formed in the shape of a ring, and when a load is applied to this load cell the diameter of the ring becomes smaller on top and bigger below. They typically don’t suffer from much warping due to their extremely high maximum capacity, making RTN load cells ideal for fast weighing. Application areas for RTN load cells include large platform scales and any container weighing tasks.
As the world-leading load cell manufacturer, HBK delivers exceptional quality in our entire range. We are able to supply load cells in both small or large quantities depending on the requirements.
If you have any questions about any of our load cell products, our experienced technical support staff are available to help, please contact us.
HBK is a supplier and manufacturer of single point load cells for platform scale construction. These load cells are beneficial for a wide range of applications due to their high natural frequency and weighing speed.
HBK provides weighing modules - comprising load cells and loading fittings - to prevent incorrect loading. They come pre-assembled.
Beam load cells (sometimes called bending beam load cells) manufactured by HBK are employed in sectors where goods are processed, controlled or produced.
HBK offers self-centring canister load cells with a legal for trade accuracy of up to 5000 divisions. Available with IP68 degree of protection
HBK weighing technology is synonymous with precision, safety, dependability, and quality. The brand stands for innovative capacity as well as flexible and cost-effective solutions that meet virtually any customer requirement. We are also committed to the promotion and advancement of hygiene in relevant industries. Our load cells have set the standard for decades. Whether it is analog or digital load cells, single point load cells or bending beam load cells – it’s your choice! In addition, we offer the right weighing electronics and matching accessories for your application.
Correct load application on the load cells is a prerequisite for precise weighing results. Be it load direction, support structure or mounting aids – load application is influenced by multiple factors.