Used TEL / TOKYO ELECTRON Alpha 303i-K #9373155 for sale

ID: 9373155
Wafer Size: 12"
Vintage: 2006
Vertical LPCVD furnace, 12" Process: TEOS (100) Process wafers I/O Port / SMIF: FOUP No load lock 25-Carrier slots Boat type: Single Main controller (WAVES) Operation screen: Touch screen Gas flow chart: Front and rear M560 Temperature controller Vacuum pressure control: CKD VEC Controller transformer: 208 V, Single phase Heater transformer: 208 V, 3 Phase Gases: Gas 1: N2 Gas 2: N2 Gas 3: O2 Gas 4: TEOS Gas 5: N2 Gas distribution: Basic style: Conventional Tubing material: SUS-316L Tubing finish: VCR Manual valve: CKD Air operated valve: CKD MFC: HORIBA STEC Exhaust distribution: Air operated valve type: IGS Connect Main valve: CKD VEC Cold trap No pump line Wafer / Cassette handling: (16) Cassette storage Cassette In/Out port Cassette handling robot Wafer transfer type: 1 + 4 Fork material: AL2O3 Fork variable pitch Fork wafer presence sensor Elevator handling: Boat elevator Auto shutter Boat rotation Mechanical parts Heating chamber: Heater type: VMM-56-002, 100 wfs (5) T/C Type (5) Spike T/C Furnace cabinets includes clean air flow system Scavenger and water cooling unit Power supply unit (U/P Box): Control unit Transformers SCR Breaker unit FOUP and wafer handling automation: (2) FOUP Load ports FOUP Transfer Stocker: (18) FOUPs FIMS Port KHI Wafer load automation Variable pitch change mechanism with (5) forks Auto tube shutter Boat elevator with boat rotation mechanism Integrated gas system in gas cabinet and TEOS LSC baking system: O2 Gas line TEOS Gas line Purge N2 Vacuum vent Exhaust vent Piping tape heater Main valve type: CKD Hot, P/N: VEC-VH8G-X0101 Vacuum gage Pressure switch Piping: 100 A VAC Does not include: Outer/Inner T/C N2 Load lock N2 Boat cooling shower Dual boat operation B.S Sensor: 0-10 Torr, 0-1000 Torr Cable length: 12 m (Power box) AC Power box: 208V,3 Phase, 4 Wires 2006 vintage.
TEL / TOKYO ELECTRON Alpha 303i-K is an advanced diffusion furnace and accessories equipment enabling customers to perform high-quality, low-cost, high-throughput semiconductor fabrication processing. The system features a single-zone furnace, a gas delivery unit, an on-board wafer loader, an automated wafer transfer arm and a controller. The single-zone furnace utilizes low-velocity, low-expansion quartz tubes to meet component diffusion requirements and provide improved thermal uniformity and wafer temperature stability. With a maximum working temperature of 1,100°C (2,012°F), TEL ALPHA 303IK is well suited for dielectric and metallization layers and related processes. Additionally, the machine features an innovative protective atmosphere gas stagnation tool, which helps ensure consistent flow and response, allowing for optimal performance with a wide range of gases. The on-board wafer loader provides an efficient and automated way to feed wafers into the asset quickly and reliably. With its large capacity and multiple load options, TOKYO ELECTRON ALPHA 303 I K is well equipped to handle a variety of wafer sizes and substrates. Combined with the automated wafer transfer arm, ALPHA 303IK eliminates the need for manual wafer handling and improves throughput times. The model is easy to operate and maintain, featuring a controller with intuitively designed menus and windows for enhanced usability. The controller offers control parameters such as ramp and soak settings, furnace operation parameters and gas delivery settings. Additionally, the controller can be interfaced with an external PC to allow for the remote monitoring and evaluation of process data, ensuring process performance and reliability. TOKYO ELECTRON Alpha 303i-K is the ultimate solution for customers requiring an efficient and cost effective diffusion furnace and accessories equipment. The system features a single-zone furnace, an automated wafer transfer arm, an on-board wafer loader, a protective atmosphere gas stagnation unit, and an intuitive controller. Fully automated, user-friendly and with reliable performance, TEL ALPHA 303 I K is the ideal choice for demanding semiconductor fabrication processes.
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