50 likes | 227 Views
There are wafer stops in-between the first and second stages that will raise and lower to allow the wafers to be shuttled between stages. Each stage has a set of rollers that are controlled independently, this way stage one and stage two rollers can be activated to move the wafers from the loading
E N D
1. QUANTUM LOADER SYSTEM
2. There are wafer stops in-between the first and second stages that will raise and lower to allow the wafers to be shuttled between stages. Each stage has a set of rollers that are controlled independently, this way stage one and stage two rollers can be activated to move the wafers from the loading stage onto the stand-by stage, then stage two and stage three rollers can be activated to move the wafers from the stand-by stage onto the transfer stage . Key System Features
Typical WPH
Single Head, single cassette system ?600 WAFER PER HOUR
Multiple Head, multiple cassette system ?600 up to 3600 WAFER PER HOUR
Versatile system accommodates a wide range of wafer thickness and wafer sizes.
Wafers: 125 mm X 125 mm or 156 mm X 156 mm (rectangular or pseudosquare).
Conveyor platforms can easily be changed to accommodate different size wafers.
Options include:
Safety Light Curtain
Multi colored light tower with audible alarm
Serial Communications Ports
Parallel Communications Ports
Networking capabilities
UPS – uninterruptible power supply
Warranty = 1 Year
3. Quantum Loader Series
4. Quantum Loader Model Number QL-2A-2
2 = Number of Stages, 1, 2, 3, 4…
A = Plant Megawatt Capacity A = 25, B = 50, C = 75, D = 100
-2 = Wafer Size 1 = 125 mm, 2 = 156 mm, 3 = 125 & 156 mm
5. A world leader in Wafer/Solar Cell Handling since 1974 MGI ELECTRONICS LLC
1230 West Geneva Drive
Tempe, Arizona
USA
Tel: +1 480 967 8011
info@mgielectronics.com
www.mgielectronics.com
European Office
9 Eleanor Close,
Hithe Point,
London, England
Tel: +44 207 237 1447
vgangoli@mgielectronics.com