A load cell is a device that converts one form of energy into the other, and is mostly used to produce an electrical signal whose magnitude is directly related to the amount of force being measured. In general, weighing sensors are one of the simplest and most accurate tools for measuring force.

Several industries utilize load cells for high accuracy weight management as they offer non-intrusive, highly accurate load measurement data. Accurately installed load cells can effortlessly achieve measurements as exact as 0.03 to 1%, and custom load cells can be designed for virtually in any application.

The most popular form of load cell is an analog cell that measures stress and weight strain. These strain gauge load cell are attached to the spring element of the load, and this will bend when weight is placed upon it. The strain gauge then causes resistors to stretch, and their resistance is changed. This resistance is then converted into voltage, which is sent via wire to the scale to give an accurate, real-time measurement to the engineer.

Advantages

Very Cost Effective

Unlimited Indicator and Functionality Choices

Unlimited Choice of Service Providers

Disadvantages

Manual Corner Adjustments

Lack of High Level Error Reporting

Typical Applications including:

Crane Measuring Systems, Bin Weighing, Process Feedback, Press Sensing, Injection Molding Forces, Jacking Loads, Scales, Roller Loads, Material Handling and Rigging Hardware, Fatigue Analysis, Preload Monitoring, Train Coupler Measurement, Sheave Axles, Dead End Attachments, Winch, Line Tension, Hydraulic Actuator, Sprockets, Safe Load monitoring systems, Conveyer Belts, Elevator Force Measurement, Wind Turbine, Dam Forces, Bridge Force Monitoring, Scaffolding Force Measurement and Coil Injection Drilling Forces.

Freely to contact us for more details of the high quality load cells. Hope Technologic is one of the leading manufacturer of load cells and weighing accessories. We owned our brand "MAVIN" and have cooperated with many famous companies in world’s weighing fields.