Used KENSINGTON CSMT-2 #9078954 for sale
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ID: 9078954
Wafer Size: 8"
Station Sorting/Mapping Tool System, 8"
Wafer Handling robot with Dual Paddle for High Throughput
Advanced Cassette Sort Merge/Randomize/Split Capability
Cassette Tilt Scanning/Mapping System with Transmissive Metrology
Measures Actual Wafer Positions in Cassettes
Detects Two-wafers-in-a-slot & Cross slotted wafers
Wafers Handled through slot center for minimal contamination and gentle handling
High Speed, High Resolution Prealigner
Foresight OCR Recognition System
OS/2 Operating System with Touch Screen Color Display: Pentium PC
User Friendly Graphical Interface for all operations and Recipe Generation
Ergonomic Stainless-Steel Frame
Better that Class-1 Clean Room Compatibility
Fail-Safe, Integrated Vacuum/Motion Controllers (Kensington Model 4000)
Automatic Error-Condition Recovery
Smooth, Digitally-controlled DC Servo Actuation of all axes
Direct Motion Metrology of all axes: Fully Distributed Force/Position Feedback Sensing
Automatic Tilt-Back locates Wafers against back of cassette: prevents migration
90° Tilt-Back Cassette Loading/Unloading addresses Carpel Tunnel Syndrome Concerns
Colored Light System Status Beacon
Un-interruptible Power Supply/Back-up Vacuum (UPS/BUV) System. 110VAC AC 50/60 Hz
Automatically Unloads all wafers safely into their cassettes on total loss of power
Keyboard Drawer
Mirror-Bright #8 Electro-polished Laminar Flow Frame Top
X-Windows Software
Installation and on-site support
System Options:
GEMS/SECS-II Interface
Intel Ether Express W/TCPIP or HSMS.
KENSINGTON CSMT-2 is an advanced semiconductor wafer handler developed by KENSINGTON for use in a broad range of semiconductor applications. CSMT-2 is designed to accurately and securely move wafers of different geometries, such as circular and rectangular, during test, sort, inspection, burn-in, and other assembly processes. KENSINGTON CSMT-2 features a modular construction for easy impact-resistant operation and superior accuracy in wafer handling. It has an integrated, high-precision body frame and two precision sensors that provide vital feedback information for reliable wafer transport and positioning. The equipment includes a removable, sealed carriage system that eliminates tension and reduces stress on the wafer edges during transport. CSMT-2 also boasts a unique, wafer-surface compression and release unit that ensures the wafer sits securely on the transport bed while also protecting the wafer from mechanical damage. Furthermore, its powerful, integrated computer machine provides automated control of every step in the transport process, enabling a streamlined operation with a variety of programmable parameters. KENSINGTON CSMT-2 is ruggedly designed for use in production environments. It is constructed from powder-coated stainless steel, anodized aluminum, and Delrin components, ensuring its durability in harsh and corrosive environments. It also features a robust cooling tool for sustained performance in high-volume operations, and for simple maintenance and troubleshooting. CSMT-2 is designed to deliver high levels of accuracy. It features a precision in-line weighted thrust bearing that eliminates drift and variation between steps and ensures accurate and repeatable positioning. Furthermore, it offers precise, adjustable hand-over capabilities, so that the wafer can be stopped and released at a precise position. Overall, KENSINGTON CSMT-2 is a robust, reliable, and accurate wafer handler, designed to meet the production and testing needs of a wide range of semiconductor applications. Its modular design and advanced features ensure reliable and precise wafer handling, while its rugged construction provides superior operational performance and longevity.
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