Industry

10

2025.12

Load Cells in Biomedical Research

Discover how micro-load cells power breakthroughs in mechanobiology, tissue engineering, orthopedics, cardiology and surgical robotics by turning nano-to-kilonewton forces into precise, actionable biomedical data.

09

2025.12

Top 5 Considerations When Selecting a Micro Load Cell

This article explores the top five considerations for selecting micro load cells, including capacity and measurement range, accuracy and precision, environmental durability, mechanical design, and output signals. Understanding these key factors helps you choose the most suitable micro load sensor for your specific application, ensuring accurate measurements and reliable system performance. Whether for medical devices, aerospace testing, robotics, or industrial automation, this guide provides practical advice to optimize sensor selection and enhance overall system accuracy.

26

2025.11

Load Cell in Agriculture|GALOCE

Improve farm efficiency & profitability with load cells. Discover applications in grain bin weighing, livestock scales, fertilizer control, yield monitoring, and automated feeding systems for precision agriculture.

25

2025.11

Why is it Important to Calibrate your Load Cell?

Why is load cell calibration critical? Discover how regular calibration ensures weighing accuracy, protects your bottom line, maintains safety compliance, and guarantees product quality. Learn about the factors that cause drift and the importance of professional calibration services.

20

2025.11

Load Cell in Construction Machinery

Load cells are mission-critical sensors embedded in cranes, excavators, bulldozers, concrete mixers and pile drivers. By delivering real-time weight data they prevent overloads, optimize fuel use, cut material waste and enable telematics-driven project management. Next-gen wireless, self-calibrating and IoT-enabled load cells now integrate with AI predictive analytics, turning every machine into a smart, connected asset. Investing in rugged, precision load-cell technology is the fastest route to safer, cheaper and code-compliant construction.

14

2025.11

S-Type Load Cell: How It Works, Specs & Industrial Applications Explained

S-type load cell: a high-accuracy strain-gauge sensor that converts tension & compression force into electrical signal. Learn working principle, specs, IP ratings, installation tips, troubleshooting, cost factors and 7 real-world applications—from aerospace and robotics to medical devices—to pick the best stainless or aluminum S-beam load cell for your industrial force-measurement system.

Load cell manufacturer in China - GALOCE Brand

​Load Cells in Biomedical Research

Top 5 Considerations When Selecting a Micro Load Cell

Load Cell in Agriculture|GALOCE

Why is it Important to Calibrate your Load Cell?

Load Cell in Construction Machinery

S-Type Load Cell: How It Works, Specs & Industrial Applications Explained

Load Cells in Biomedical Research