The BE-INS3-320 Inertial Navigation System Test Table has been unveiled to revolutionize calibration and motion simulation. With its high-precision angular positioning and a rated load weight of 15 kg, this system is engineered to deliver unsurpassed repeatability and accuracy for dynamic testing scenarios.
Blue Equator AI proudly presents the BE-INS3-320, a state-of-the-art Inertial Navigation System Test Table that defines precision in dynamic testing and calibration. Crafted for the most demanding applications, this test table features a load capacity of 15 kg and can accommodate a maximum load size of Ф280mm×150mm, making it perfect for a wide range of inertial navigation devices.
Precision is not just a requirement but the foundation of the BE-INS3-320. The test table boasts a countertop flatness of≤0.03mmand an end runout of≤0.03mm, ensuring that every motion simulation is executed with the highest level of accuracy. The load mounting table is comprised of super hard aluminum alloy with a diameter of Φ320mm, providing a robust and stable base for all testing apparatuses.
In addition, the countertop is equipped with precisely spaced M8 threaded holes featuring an insert wire screw sleeve, laid out in a 4 turns 8 ray shaped distribution. This design not only facilitates versatile mounting options but also significantly enhances the ease of equipment integration.
The BE-INS3-320 is more than just a piece of equipment; it’s a gateway to unparalleled testing precision, designed to meet the rigorous standards of aerospace, automotive, and other high-tech industries. With its introduction, Blue Equator AI reiterates its commitment to innovation and excellence in the field of inertial navigation systems.
Blue Equator AI proudly presents the BE-INS3-320, a state-of-the-art Inertial Navigation System Test Table that defines precision in dynamic testing and calibration. Crafted for the most demanding applications, this test table features a load capacity of 15 kg and can accommodate a maximum load size of Ф280mm×150mm, making it perfect for a wide range of inertial navigation devices.
