Donosti Beti
This page simply reformats the Flickr public Atom feed for purposes of finding inspiration through random exploration. These images are not being copied or stored in any way by this website, nor are any links to them or any metadata about them. All images are © their owners unless otherwise specified.
This site is a busybee project and is supported by the generosity of viewers like you.
How Single Axis Linear Module is Used in Wafer Handling Robot in Semiconductor & Electronics Manufacturing?
The Mechanical Challenge of Wafer Transfer
A wafer handling robot moves silicon wafers between process tools, load ports, and cassette stations inside a semiconductor fab. Each transfer cycle demands sub-micron repeatability, particle-free operation, and zero vibration at the end of stroke. A single-axis linear module carries the end effector across one linear path. It delivers all three requirements in a compact, enclosed drive package.
The wafer itself drives the specification. A 300 mm silicon wafer has a mass of roughly 130 grams. Nevertheless, the robot end effector and the wafer carriage together create a moving load that typically reaches 3–8 kg. Consequently, the linear module must combine stiffness, low friction, and high thermal stability across that entire load range.
Furthermore, the process chamber environment intensifies every mechanical demand. Atmospheric transfer robots operate in ISO Class 3 cleanrooms. Vacuum transfer robots work inside a front-opening unified pod (FOUP) carrier or equipment front-end module (EFEM). In both zones, the drive system must generate no particles. It must also tolerate repeated thermal cycling between ambient and elevated process temperatures.
www.tallman-robotics.com/linear-module-for-wafer-handling/
Nishi-Izumo sta.
Stahlblauer Grillenjäger (Isodontia mexicana)
(c) Rebecca Radtke
Sulphur‑crested Cockatoo on the sandy shoreline at Newport Beach searching for food. Sydney, NSW, Australia.
