Agnitron Corporation MOCVD Equipment In-situ Temperature Monitor
The AgniTemp-MOCVD in-situ temperature monitor developed by Agnitron is a highly accurate and stable temperature monitor.
The AgniTemp-MOCVD in-situ temperature monitor developed by Agnitron is an industry-leading temperature monitor with high precision and stability. (1) Overwhelming accuracy and precision in temperature control (2) Reduced calibration time after maintenance (3) Improved run-to-run reproducibility (4) Single-wavelength and dual-wavelength reflectance options useful for various applications Standard wavelength: 930nm, optional wavelengths: 530nm, 1550nm, compatible with both single and dual wavelengths. (5) Capable of measuring a wide range of temperatures (Max 1800℃)
basic information
Agnitron Technology, Inc. (USA) is a supplier established in 2008 that manufactures and sells used refurbished and self-developed new MOCVD (Metal-Organic Chemical Vapor Deposition) equipment, MOCVD equipment control software, and in-situ monitors for MOCVD equipment. Agnitron Technology is a unique MOCVD equipment manufacturer that can listen carefully to customer needs and propose customized equipment that meets those needs. Currently, universities, public research institutions, and various device manufacturers are operating Agnitron Technology's MOCVD equipment, contributing as research or production tools in various cutting-edge fields such as arsenic, phosphorus, gallium oxide, zinc oxide, transition metal dichalcogenides (TMD), graphene, and 2D materials.
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Applications/Examples of results
【Applications】 Compound semiconductor materials such as arsenic, phosphorus, gallium oxide (Ga2O3), zinc oxide (ZnO), transition metal dichalcogenides (TMD), graphene, and 2D materials. 【Examples of Achievements】 Universities, public research institutions, and various device manufacturers are operating Agnitron Technology's MOCVD equipment, and there are numerous achievements as in-situ temperature monitors for MOCVD equipment used in cutting-edge research or production.