Showing 1–16 of 97 results
- View as:
- Sort by:
This product is a high-precision stainless steel sensor with a laser-welded waterproof structure. It can be used for both tensile and compressive loads, and provides stability and durability suitable for industrial belt scales and weighing systems.
This device is a high-performance load cell solution that combines reliability and flexibility for industrial environments requiring precise weighing. It is suitable for a wide range of applications, including chemical, pharmaceutical, food, and construction plants.
This sensor is a high-performance product with low structural height, high precision, excellent interference resistance and long-term stability, and is widely used in industrial weighing and automation systems.
This sensor offers high stability, flexible installation, customizable options, and excellent signal quality, making it ideal for weight measurement systems across various industries, including chemical, food, and pharmaceutical sectors.
This sensor is made of high-quality alloy steel, offering excellent stability and reliability. Its versatile installation options and customizability make it ideal for various batching and weighing systems in the chemical, pharmaceutical, and food industries.
This product is a high-precision weighing sensor with a low-height structure, high precision, and excellent stability, making it suitable for various industrial automation and testing fields.
This sensor features a compact design with high precision and excellent stability, constructed from aluminum alloy. It is well-suited for applications in medical and ergonomics fields, such as rehabilitation training and finger force measurement.
This product is designed with a low height, high stability, and precision structure, and is widely used in various weighing and automated testing equipment.
This product is a high-precision weighing sensor with a compact structure, high precision, excellent signal stability and long-term reliability, and is suitable for automation and various industrial weighing systems.
This product is a high-precision weighing sensor with high stability and precise four-corner compensation function, making it suitable for large-scale weighing environments with impact.
This product is a high-performance sensor with a low-height structure, high precision, and excellent signal stability, making it suitable for various industrial weighing and automation equipment.
This sensor is designed specifically for cement flexure testing machines and features a low structural height, high precision, and stable signal characteristics, making it suitable for a variety of industrial weighing and automated testing equipment.
Aluminum alloy shear beam type load cell FA505 is one of the widely used sensors in the field of weighing technology. The shear beam sensor is made of aluminum alloy and characterized with high accuracy and linearity. The weighing load cell satisfies the requirements of protection class IP67 and allows operation under harsh operating conditions.
Miniature beam load cell 100g 200g FA507 is made of aluminum alloy based on strain gauge technology. Due to its small size and light weight, this shear beam load cell can be used in limited spaces and light weight weighing instruments. The weighing load cell satisfies the requirements of protection class IP65.
10-100KG High Precision Stainless Steel Shear Beam Load Cell FA508 is a model of our brand FIBOS FA5-Series, Shear Beam Load Cell FA508 can be used to measure load 10kg,20kg,50kg and 100kg capacity, its Creep(30min),Non-linearity and Hysteresis all ≤0.0166%F.S., its Repeatability ≤0.018%F.S., its Weight is 0.5kg.
0.22t, 0.55t, 1.1t, 1.76t, 2.2t, 4.4t Or Customized Tension Compression Force Sensor FA509 is a model of Tension Compression Force Sensor, it belongs to our brand FIBOS FA5-Series, it can be used to measure load 0.22t, 0.55t, 1.1t, 1.76t, 2.2t and 4.4t or customized capacity, its Creep(30min) ≤0.0166%F.S. , Non-linearity, Hysteresis and Repeatability all ≤0.17%F.S. or can be customized.





















