Used DNS / DAINIPPON AS-2000 #293733199 for sale
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ID: 293733199
Wafer Size: 8"
Vintage: 1999
CMP System, 8"
Dual brush and top side brush chambers
Spin dry
Gases: DHF, NH4OH
(2) Chemical cabinets
MX-7500 TBC Brush load cell amp
Pre-tech fine jet generator
0.500VA AC Transformer
FA-21000A PC
YASKAWA SGD Drive
HF Circulation filter
UT3-F3AE-B Touch panel
HFC-VWE Hitachi inverter
RORZE Curt-2032-0
Slurry flow controller interface
Power box
Operating system: Windows NT
1999 vintage.
DNS / DAINIPPON AS-2000 Wafer Grinding, Lapping & Polishing Equipment is a cutting-edge semiconductor manufacturing equipment specifically designed for the processing and refinement of silicon wafers used in the production of integrated circuits. This highly advanced system is a critical component in the fabrication process, ensuring the precise surface finishing and quality control required for high-performance semiconductor devices. At the core of DNS AS2000 unit is its wafer grinding capability, which enables the removal of excess material from the wafer's surface to achieve the desired thickness and flatness. This process is essential for achieving the precise dimensions and smooth surface needed for optimal circuit performance. DAINIPPON AS 2000 utilizes advanced grinding techniques to achieve ultra-thin wafer thickness with high precision and efficiency, minimizing material wastage and maximizing production yield. In addition to wafer grinding, DNS AS-2000 machine also features lapping and polishing functions that further refine the wafer surface to meet the stringent quality standards of the semiconductor industry. Lapping is a precision machining process that uses abrasive pads and slurries to remove surface irregularities and improve flatness, while polishing involves the use of chemical-mechanical techniques to achieve a mirror-like finish on the wafer surface. These processes are crucial for enhancing the electrical and optical properties of the wafers and ensuring uniform performance across the entire wafer surface. DAINIPPON AS2000 tool is equipped with a range of advanced features and technologies that set it apart from traditional wafer processing equipment. One key innovation is the use of precision positioning systems that enable micron-level accuracy in wafer handling and processing, ensuring consistent results across multiple wafers. The asset also incorporates intelligent automation capabilities, such as real-time monitoring and feedback control, to optimize processing parameters and enhance overall efficiency. Furthermore, DNS / DAINIPPON AS2000 model offers a high degree of flexibility and customization options to meet the specific requirements of different semiconductor applications. Users can adjust key processing parameters such as grinding speed, pressure, and tool configurations to achieve the desired surface finish and geometrical characteristics for their particular semiconductor devices. This versatility makes AS2000 an ideal solution for a wide range of semiconductor manufacturing processes, from logic and memory devices to power electronics and sensors. In terms of performance and throughput, AS-2000 equipment delivers industry-leading results in terms of processing speed, precision, and yield. Its high-speed grinding and polishing capabilities enable rapid cycle times and high production volumes, making it a cost-effective solution for high-volume semiconductor manufacturing facilities. Moreover, the system's robust design and reliable performance ensure long-term operational stability and minimal downtime, contributing to overall manufacturing efficiency and product quality. Overall, DAINIPPON AS-2000 Wafer Grinding, Lapping & Polishing Unit represents a state-of-the-art solution for semiconductor manufacturers seeking to achieve the highest levels of wafer quality, precision, and productivity. With its advanced technologies, customizable features, and exceptional performance, AS 2000 machine is a key enabler for the production of advanced semiconductor devices that drive innovation and progress in the electronics industry.
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