3000N to 8000N 6 Axis Force Torque Sensor

The KWR168 series is a high-strength and high-rigidity six-axis force sensor that has a large measurement range and exceptional stability. This product is constructed from durable alloy steel, which ensures that it is compact and able to meet the requirements for high rigidity and strength. The product is extremely stable and has excellent performance for applications requiring high-precision measurement.

The KWR168 series also features an embedded data acquisition and processing system, which offers highly optimized decoupling algorithms to ensure accurate and precise measurement outputs. The system is capable of high-precision measurements thanks to its innovative design, which significantly reduces signal noise and ensures more accurate and reliable data capture.

This advanced force sensor is highly versatile and is widely used across a broad range of industries. In manufacturing, it is used for quality control, product testing, and inspection; in automotive engineering, it is used for vehicle crash tests and chassis measurements.

One of the key features of the KWR168 series is its large measurement range, which means that it can measure both small and large force values with high-precision accuracy. This allows it to be used for testing a wide range of materials and to capture precise measurements even under the most severe conditions.

The KWR168 series is highly reliable, durable, and easy to use. Its compact size and high-strength construction make it an ideal choice for applications in harsh environments or where space is limited. It is also designed with a user-friendly interface that makes it easy to set up and operate, which ensures optimal performance and maximum efficiency.

Overall, the KWR168 series is a cutting-edge force sensor that offers exceptional performance, reliability, and accuracy. Its innovative design and advanced features make it an ideal choice for anyone seeking a high-quality force sensor that can handle even the most demanding applications.