This dual head Sedona wafer handling system has been designed to transfer wafers from two MGI magazines with wafers in a coin stack configuration to two plastic cassettes. The Load transfer will move Square facet or Pseudo square facet wafers from two pl - PowerPoint PPT Presentation

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This dual head Sedona wafer handling system has been designed to transfer wafers from two MGI magazines with wafers in a coin stack configuration to two plastic cassettes. The Load transfer will move Square facet or Pseudo square facet wafers from two pl

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... Typical WPH Two plastic cassettes into a 100-slot process carrier 3000 WAFER PER HOUR Four plastic cassettes into a 200-slot process ... MGI Electronics – PowerPoint PPT presentation

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Title: This dual head Sedona wafer handling system has been designed to transfer wafers from two MGI magazines with wafers in a coin stack configuration to two plastic cassettes. The Load transfer will move Square facet or Pseudo square facet wafers from two pl


1
The Sonora Series MGI, USA Automated Batch Wafer
Handling
The Saguaro from MGI, USA
1203 West Geneva Drive Tempe, Arizona USA Tel
1 480 967 8011 info_at_mgielectronics.com
2
SONORA SERIES SOLAR CELL


3 Stage Back-to-Back Same Slot or
Back-to-Back Proximity Transfer 4 Plastic
Cassettes (4 X 50) into a 100 Slot Quartz Carrier
(0.1875-4.76mm Pitch).
3
3 Stage
High-Density
Single Slot Low Density or Single Slot High
Density 25, 50, 100, 200, 250, 300, 350,
OR 400 Solar cell capacity Conventional and
Contiguous 125 mm, 156 mm, 125 156 mm
4
Sonora Vacuum Series
5

Automated batch wafer handling systems use
the most current effective method for moving
Solar Cell wafers from transport or wet process
cassettes to process Quartz / Silicon Carbide
carriers. This system is designed to provide
high throughput yet maintaining high yields. The
Sonora SVAC systems are configured to batch
transfer 25, 50 or 100 wafers at a time.
This system can accommodate 125 mm X 125 mm and
156 mm X 156 mm wafers with little or no tooling
change.
  • Key System Features
  • Typical WPH
  • Two plastic cassettes into a 100-slot process
    carrier
  • ?3000 WAFER PER HOUR
  • Four plastic cassettes into a 200-slot process
    carrier
  • ?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).
  • Easy to change platforms to accommodate different
    cassettes.
  • Options include
  • Safety Light Curtain
  • Multi colored light tower with audible alarm
  • Serial Communications

Facility Requirements Dimensions
3-Stage - Four Plastic Cassettes, One 200-slot
Process Carrier 66.25 (W) X 35 (D) X 98
(H) 168.2 cm (W) X 89 cm (D) X 249 cm
(H) Weight 275 lbs, 125 kg System
Power USA 110Vac 10, 50/60Hz, 4 amps, single
phase Europe / Asia 220-240Vac 10, 50/60Hz, 2
amps, single phase Compressed Air - 85 - 100
PSI, 586 - 689 Kpa Temperature - 5º C (41º F) to
40º C (140º F) Humidity - 10 to 90
non-condensing Classification - ? Class 10 clean
room
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