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PT-SD303 Precise Manual Goniometer Stage Rotation Range: ±15°,High Precision Manual Pitch And Yaw Tilt Platform,Manual Stage,precise angular adjustment,tilt adjustment,Low-Profile Goniometer Stages
Item Number: PT-SD303
Rotation Range: ±15°
Platform: 25mm x 25mm
Height of Rotation Center: 32.5mm
Minimum Readout: 12’
Minimum Adjust Distance: 30”
Material – Finish: Aluminum Alloy - Black-Anodized
Load Capacity: 2Kg
Why is the manual displacement platform characterized by long life and high rigidity?
installation of manual displacement platform
A set of manual displacement platform contains: Four after the special heat treatment of the special-purpose v-type guide, two of the precision rollers are grouped together in the cross roller cage.
It is highly rigid, high-precision, small-scale linear motion system, it is widely used in the OA machine and its surrounding machines, various measuring devices, printing substrates, such as the opening of precision machines, or optical tester, optical worktable, control mechanism, X-ray device, such as the slider part.
The manual displacement platform is used to combine the cross roller cage with the 90°v Groove rolling surface set on the special track. The 2-row roller guides are assembled in parallel to withstand the load in all directions perpendicular to the shaft. Moreover, because it can simply exert preload, it can obtain a sliding seat mechanism with high rigidity and brisk motion.
An alternative to an optical table is an optical breadboard. Some optical systems use breadboards made of solid aluminum for later integration with a larger system with some form of vibration control. Most optical breadboards are constructed from steel, aluminum, or carbon fiber sheets with honeycomb structure and can be placed on an ordinary table or workbench. Breadboards are not as good as optical tables, but weigh less and are adequate for smaller optical systems that do not require extremely high levels of mechanical stability. The low weight enables one to support these tables on soft air springs which reduce vibrations coming from the floor, although this increases vibrations due to acoustic noise.