PRODUCTS

Automated Storage & Retrieval‎ System (ASRS)

IntelliStock Series

T-Type Stocker
H-Type Stocker
R-Type Stocker
  • Fully Automated Storage System at near WIP
  • Extremely compact
  • SMIF, FOUP, Open Cassette, Reticle Pod or any other carrier compatible
  • Class 10 or Class 100 clean
  • Modular and expandable
  • SEMI E88 compliant interface with MCS
  • Compatible with Overhead Transport System
  • User friendly GUI
  • Optional additional I/O Port
  • SEMI S2/S8 Compliant
  • Possible integration into fab-wide AMHS
  • Self teaching
  • Inert Gas closed circuit option
  • CE Certified

Stratus ZFS System

.

T-Type Stocker

T-Type Stocker

 

  • Compact & Density Storage
  • Up to 12M long, 5.5M tall 740 positions Capacity
  • Only 1.3M wide
  • Typically US$300K per unit (for 250 to 400 8” box)
  • ISO Class 4 clean. Class 3 with moderate evacuation (All axes above 2ft from ground)
  • Well-proven dedicated stocker software (IntelliStock) with very intuitive Graphic User Interface
  • Smooth acceleration & deceleration profiles
  • High throughput (180 to 220 transactions per hour)
  • Seamless integration with IntelliMove and IntelliSched
  • On-Gripper camera that aids teaching
  • SEMI-E88 (Stocker SEM) Fully Compliant

.

H-Type Stocker

H-Type Stocker


 

  • Use H-Robot that can be extremely tall (up to 16M )
  • Suited for Large Capacity Storage together with Inter-Floor Transport capability
  • Lowest Cost in the industry
  • Class 10 Clean (Class 1 optional) Fed Std 209E
  • Class 1 (ISO Class 3) with Low Pressure Vacuuming
  • SEMI E88 Connectivity to MCS
  • Simple and intuitive operation screen
  • Up to 4m wide and 14m tall shelf area

.

R-Type Radial (Tower) Stocker

R-Type Radial (Tower) Stocker
R-Type Radial Stocker
  • Suitable for low to mid-size storage system
  • Small Footprint (5’x5’ to 6’ x6’ typical.)
  • Dual role as Inter-Floor transport System
  • Lowest Cost for smaller capacity

.

Zero Footprint Stocker - ZFS

Zero Footprint Stocker (ZFS)

 
 

  • Overhead stocker system, connected directly to overhead conveyor/OHT system
  • Input and Output port can be from the side and the front of the Robot. Multi layer.
  • Using Wireless Power Transmission (WPT)
  • The side port can be anywhere along the panel. For faster throughput, it is advisable that the port is in the middle of the stocker.
  • I/O lifter can straight connect to the stocker as well.

Go to top