The release of the TT23G three-axis motion simulation test turntable marks a significant breakthrough in the field of high-precision motion simulation devices. With its UUO structure design and outstanding performance, it offers irreplaceable advantages in scientific research and engineering development.
The TT23G turntable features a three-axis non-intersection degree of ≤0.3mm, ensuring high-precision motion simulation. The device can withstand a maximum load of ≥40kg and provides extensive angular motion ranges: azimuth ±60°, pitch -45° to +120°, and roll ±150°. Its static angular position accuracy of ≤0.005° and frequency response better than 4Hz, 4Hz, 6Hz ensure precise testing at different angles and frequencies.
Additionally, the TT23G's high angular velocity and acceleration performance (azimuth ≥100°/s, pitch ≥150°/s, roll ≥150°/s) make it ideal for fast dynamic testing. Whether in scientific research in fields like physics and material science, or engineering development in aerospace and automotive manufacturing, the TT23G provides exceptional performance, meeting the high-end demands of global buyers.
The launch of the TT23G three-axis motion simulation test turntable signifies another leap in motion simulation technology. With its high precision, wide application range, and outstanding performance, the TT23G is poised to occupy a significant position in the future market.
