Optical Tubes In Unmanned Driving

With the iterative development of unmanned driving technology and the continuous improvement of technical requirements, optical tubes were born as radar and sensor protection devices.

First, it is introduced that a quartz tube is processed by an optical cold working process, which fully ensures that the inner and outer walls are basically the same thickness, and the tolerance is controlled within ±10um. At the same time, in order to support the AR coating, the transmittance is more fully guaranteed. It can realize 360° all-round detection without dead angle, which will make the detector of driverless car more three-dimensional and comprehensive.

MaterialFused silica (Quartz)
Outer diameter300mm
Wall thickness5mm
Wall thickness tolerance±10um
Surface quality60/40 Scratch/Dig
Surface roughness<50A outer surface
<100A inner surface
CoatingAR Coating@ 1550nm R≤1% for outer cylinder surface
Bevel0.25mm x 45deg Max.

optical tubes in unmanned driving

optical tubes in unmanned driving 2

The second is a custom-made tube that differs from the first in that its surface is a sphere rather than a cylinder. As shown in Figure 1, its outer surface and inner surface are two parallel surfaces, and the two equal thickness surfaces ensure that the optical path or image will not be distorted. Both ends are custom designed, mainly based on the needs of the assembly.

optical tubes in unmanned driving 3

optical tubes in unmanned driving 4

optical tubes in unmanned driving 5

Related Blogs
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Visit our cookie policy to learn more.
Reject Accept