Used LAM RESEARCH 2300 Versys #9101595 for sale

It looks like this item has already been sold. Check similar products below or contact us and our experienced team will find it for you.

ID: 9101595
Wafer Size: 12"
Vintage: 2008
Polysilicon etcher, 12" Conducting layer dry etching system 23PM, MW 1PM System (4) Chambers 2300 Transport module (3) 2300 Kiyo45 etch process module 2300 Micro wave strip process module (3) LSR Endpoint Gas system: Gas interface box, 3PM (IGS GB) (3) 9 Gas configuration (3) Additional gas line (AGS)/total 16 lines (3) Two heated gas line US option: System UPS circuity Seismic bracket (TM/PM/MWS) System weight dispersion plate (for TM/PM/RPM) ELB with ring lug - Qty 1 (3) Keyence BCR carrier ID User interface: side monitor UI (25) Slot input buffer station Japanese safety label Intermitted Buzzer ULPA filter interlock Service step for PM (3) FOUP Config. Additional gas line for MWS (3) Label for gas name and flow direction (3) Duct manifold exhaust PM to GB Chamber A: Chamber type:MWS Gas config. (sccm)=MFC full scale N2(1000), O2(5000), H2/N2(2000) MW 2.45GHz, max 3000W Stage heater max 300°C Chamber B: Chamber type:Kiyo45 Gas config. (sccm)=MFC full scale SiCL4(100), CF4(300), CL2(200), NF3(500), HBr(500), NF3(50), CH2F2(100), CHF3(300), SF6(50), N2(100), O2(30), O2(500), Ar(500), He(500) Source 13.56MHz, max 1500W Bias 13.56MHz, max 1500W Stage heater max 70°C Chamber C: Chamber type:Kiyo45 Gas config. (sccm)=MFC full scale SiCL4(100), CF4(300), CL2(200), NF3(500), HBr(500), NF3(50), CH2F2(100), CHF3(300), SF6(50), N2(100), O2(30), O2(500), Ar(500), He(500) Source 13.56MHz, max 1500W Bias 13.56MHz, max 1500W Stage heater max 70°C Chamber D: Chamber type:Kiyo45 Gas config. (sccm)=MFC full scale SiCL4(100), CF4(300), CL2(200), NF3(500), HBr(500), NF3(50), CH2F2(100), CHF3(300), SF6(50), N2(100), O2(30), O2(500), Ar(500), He(500) Source 13.56MHz, max 1500W Bias 13.56MHz, max 1500W Stage heater max 70°C Damaged/missing parts: PM1 MW Generator, ASTEX FI20160-3 PM3 TMP Controller , Edwards SCU-1500 PM4 TMP Controller, Edwards SCU-1500 2008 vintage.
LAM RESEARCH 2300 Versys Kiyo 45 is an etch/ash equipment designed for enhanced automation and process performance in today's semiconductor fabrication process. LAM RESEARCH 2300 VERSYS KIYO45 tools offer a reliable, powerful, and efficient solution for plasma etching and reactive ion etching (ash) of silicon based materials. The improved automation capabilities of these tools make them ideal for high throughput batch processing of wafers with typical run-times of less than two minutes. 2300 Versys Kiyo 45 etch/ash system utilizes a diode-pumped laser in order to provide a highly controlled concentration of reactive ions for the etch and ash processes. The high-power laser is capable of producing low-level hydrogen halide or helium-oxygen (HEOM) gases to break chemical bonds and remove material layers from wafers with high precision. The etch/ash process is performed by controlling the temperature, pressure, reagent concentrations, and power level of the laser. This allows for highly accurate and repeatable results every time. 2300 VERSYS KIYO45 has three main chambers, including an etch chamber, an ash chamber, and a purge chamber. The etch chamber uses a plasma source to generate the reactive ions, while the ash chamber utilizes a vacuum technique to deposit a thin layer of passivating material onto the wafer. Both chambers use independent pressure control and temperature profiling systems to ensure repeatable, reliable results. The purge chamber is designed to quickly clean the chambers between process cycles, allowing for faster batch processing times. LAM RESEARCH 2300 Versys Kiyo 45 is also equipped with advanced safety systems, including a self-test unit that evaluates the health of the machine and repairs any errors before the process starts. The protective enclosure of the machine also features fire and gas detection systems, anti-static protection, air temperature monitoring, and emergency shutdown systems. LAM RESEARCH 2300 VERSYS KIYO45 provides an efficient and reliable solution for etch/ash processes, allowing for high-throughput fabrication of semiconductor devices.
There are no reviews yet