We value your privacy
We and our selected partners use cookies to enhance your browsing experience, serve personalized content, and analyze our traffic. By clicking "Accept All", you consent to our use of cookies. 더 알아보기
설명
160 kVe, plasma shower, direct drive, cell V6, Solaris, SDS gas box, installed, tested but never run mass production환경 설정
환경 설정 없음OEM 모델 설명
The Eaton/Axcelis GSD 200 is a high current implanter that can handle wafers up to 8 inches in size and has a maximum energy of 180KeV. It is part of the GSD platform, which is known for being the longest manufactured and supported batch ion implanter in the industry. Ion implantation, the technology used by this machine, involves bombarding ionized species into the first atomic layers of a solid to introduce different species into a substrate. This process can change the chemical or tribological properties of the surface, such as hardness, wear resistance, resistance to chemical attack, and reduced friction. It can also improve the oxidation resistance of coatings by forming a dense Al2O3 scale. This technology is widely used in micro-electronics, optics, bio-materials, and doped semiconductor materials.문서
문서 없음
AXCELIS
GSD 200
카테고리
High Current
마지막 검증일: 30일 이상 전
주요 품목 세부 정보
조건:
Used
작동 상태:
Deinstalled
제품 ID:
125693
웨이퍼 사이즈:
6"/150mm
빈티지:
알 수 없음
Have Additional Questions?
Logistics Support
Available
Money Back Guarantee
Available
Transaction Insured by Moov
Available
Refurbishment Services
Available
설명
160 kVe, plasma shower, direct drive, cell V6, Solaris, SDS gas box, installed, tested but never run mass production환경 설정
환경 설정 없음OEM 모델 설명
The Eaton/Axcelis GSD 200 is a high current implanter that can handle wafers up to 8 inches in size and has a maximum energy of 180KeV. It is part of the GSD platform, which is known for being the longest manufactured and supported batch ion implanter in the industry. Ion implantation, the technology used by this machine, involves bombarding ionized species into the first atomic layers of a solid to introduce different species into a substrate. This process can change the chemical or tribological properties of the surface, such as hardness, wear resistance, resistance to chemical attack, and reduced friction. It can also improve the oxidation resistance of coatings by forming a dense Al2O3 scale. This technology is widely used in micro-electronics, optics, bio-materials, and doped semiconductor materials.문서
문서 없음