Used AMAT / APPLIED MATERIALS / HCT E500SD-B/5 #9193773 for sale

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AMAT / APPLIED MATERIALS / HCT E500SD-B/5
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ID: 9193773
Vintage: 2011
Wire saw Water input: Input pressure: >2.5 bar Input temperature: <9°C Cooling unit power: 150 kW Incoming water flow (without cooling compressor): 18.5 m³/h Machine: Wire speed / Acceleration: 18*/5 m/s / m/s² Wire guides length: 520 mm Wire guides diameter: 300 mm Horizontal working space: 360 mm (4) Wire guides Wire guides drives power: 2x61 kW (2) Tables: Travel (depends on clamping): 290 mm Cutting speed: 0-9000 um/min Fast table speed: 0-500 mm/min Hydraulic passive clamping system Wire: (8) Pulleys Wire tension: 0-30N Wire length: 640 km Wire web width: 500mm Slurry: Tank capacity: 550 lit Pumping capacity: 2x160-200 * (1,6 kg/dm3) kg/min Pump power: 3x7.5 kW Pumping speed adjustment: 0-100% (3) Pumps (6) Manifolds in slicing room Frame & others: Stainless steel Sliding doors Color of frame and panels: RAL 5011 Utilities: Air pressure: 4 to 6 bar Air flow (dry): Min 25 m3/h Air exhaust (pipe ø150 mm): 3x100 m3/h Cooling unit power: 150 kW Incoming water pressure: Min 2.5 bar Incoming water temperature (with cooling compressor): 20 (30 RFNS) °C max 20 Incoming water temperature (without cooling compressor): 9 °C Max Incoming water flow (with cooling compressor): 10.3 m3/h Incoming water flow (without cooling compressor): 18.5 m3/h B5 Base with retrofit hardware Diamond wire technology Machine can run with 120 or 100 µm wire Electrical hooking 50 / 60 Hz: 3x400 / 480 Average power (with cooling compressor): 208 kVA Maximum power (with cooling compressor): 339 kVA Average power (without cooling compressor): 156 kVA Maximum power (without cooling compressor): 287 kVA Grid failure safety option 2011 vintage.
HCT E500SD-B/5 Crystal Growing, Sawing & Slicing Equipment is a precision tool designed for growth, sectioning, and lapping of non-oxide crystalline materials such as GaAs, InP, and related compound semiconductor materials for the semiconductor industry. This system is equipped with an advanced environmental chamber and a linear and eccentric drive for precise and safe operations. The unit is designed to grow, saw, section, and lap a wide variety of materials as thin as 0.5 μm. The machine features a 600 mm X-Y PZT stage, integrated blade control tool, and high performance new-generation view camera. The E500SD-B/5 leverage the Automated Growth Control (AGC) process, which is designed to improve the uniformity and safety of the slicing and lapping of even the most challenging materials. The saw blade is controlled by an advanced guard asset technology and controlled in Z-direction so that the cutting effect is perfectly aligned with the surface of the crystal to obtain perfect slices with minimal surface damage. The model can be used to perform single- and multi-axis scans manually or through the Modular Controller platform, which contains a highly integrated microprocessor and allows for faster operation speeds. The Modular Controller platform integrates with the Advanced Vacuum Controller, which monitors and controls the processing chamber during growth and slicing operations in order to achieve superior performance. The equipment also includes a high quality ultra-low vibration motor that eliminates vibration and reduces the complexity of the lapping process. The system's advanced optical unit includes an ultra-high resolution digital camera and microscope, enabling easy and accurate alignment of samples and throughout the entire process. The machine's control software offers robust data reporting and process monitoring tools, simultaneously executing multiple process parameters in order to maximize process throughput. This, in combination with the tool's integrated cooling and heater asset, makes it suitable for both single- and multi-crystal production. Overall, AMAT E500SD-B/5 is an all-in-one crystal growing, sawing, and slicing model designed to ensure high precision and advanced performance. This equipment is optimized for the growth, sectioning, and lapping of non-oxide crystalline materials, providing users with unparalleled accuracy and productivity. The system's advanced microprocessor-based control unit and wide variety of components make it a great choice for semiconductor research and industrial applications.
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