Suitable for packaging scales, hopper scales, various industrial weighing systems, etc.
High-precision weighing sensor, aluminum alloy material, surface anodizing treatment, silicone rubber sealing, electronic weighing system
● High precision weighing sensor
● Aluminum alloy material
● Surface anodized treatment
● Silicone rubber seal
● Electronic weighing system
Suitable for electronic scale, counting scale, electronic balance and industrial weighing system
Suitable for food and pharmaceutical industry and other industrial weighing system
High-precision weighing sensor, aluminum alloy material, silicone rubber seal, electronic weighing system
● High precision weighing sensor
● Aluminum alloy material
● Silicone rubber seal
● Electronic weighing system
Suitable for packaging scales, hopper scales, various industrial weighing systems, etc.
1.High accuracy and simple installation
2.Stainless steel construction
3.Good long-term stability and high comprehensive precision
4.Calibration in mV/V Low profile design
5.It is composed of two boards, the top plate, the base plate, the sensor, the support column, and the support bolt. The characteristic of the weighing module is that it is not limited by the site. Generally, the hopper scale is three or four corners, or on both sides of the tank container, and does not occupy an area.
6.Weighing modules are generally used in weighing applications for large material tanks, material bin scales, reaction vessels, hoppers, and vertical tanks.
Suitable for packaging scales, hopper scales, various industrial weighing systems, etc.
The PSD-X3 Load Cell is a specialized weighing component engineered for compact, accuracy-critical applications—perfect for integration into smart shelves, electronic price computing scales, and small-platform electronic scales. Its optimized cantilever-beam design and lightweight, durable build make it a reliable choice for retail, logistics, and small-scale industrial use, where space efficiency and consistent weight measurement directly enhance operational performance.