Product Announcements:
Sensors, Transducers and Detectors

XJCSensor manufactures high-precision 6-axis force sensors with fast response, low crosstalk error, and stable measurement performance for robotics, automation, and force control applications. Read more...

High-precision 6-axis force/torque sensor with quick response, decoupled structure, and long-term stability, designed for robotic arms, automation, and precision industrial applications. Read more...

The X-6A-D70-H25 6-axis force sensor delivers high-precision multi-axis force and torque measurement for robotic force control, automation, testing, and intelligent manufacturing applications. Read more...

Designed for robotics and precision automation, the X-6A-XD80-H28 delivers high-accuracy multi-axis force measurement, rapid response, and stable long-term performance. Read more...

What are the optical properties of CaF2?
Low absorption.
High refractive index homogeneity.
Chemically inert.
High damage threshold.
Physically stable.
High mechanical strength.
Insoluble in water. Read more...

We provide a sustainable and efficient end-to-end solution that we oversee and manage throughout the entire project. Read more...

A high-force, low-noise water-cooled shaker system engineered for heavy payloads, enhanced heat dissipation, and demanding reliability testing across aerospace, defense, automotive, and transportation industries. Read more...

A compact, high-precision miniature shaker designed for vibration testing, modal analysis, sensor calibration, and educational research. Featuring a wide frequency range of 2 Hz to 10 kHz, closed-loop control, and force ratings up to 1,000 N, the VE Series provides a cost-effective solution for testing small and delicate components in laboratories, universities, and R&D environments. Read more...

From 20N to 1000N, simulate real-world vibrations (2-10,000 Hz) with lab-grade precision for components in aerospace, automotive, and electronics. Read more...

The HPS-FT025 measures force and torque across all three XYZ spatial axes in a compact 28 g design, providing precise force feedback without adding significant size or weight to robotic systems. Read more...