Nanofusion Technology


Moeemotion is a nanotechnology convergence specialist company that contributes to the key technology research and achievements moving the world forward

Customizable next-generation Piezo motors and motor controllers that can be tailored to customer needs, are being developed and applied to various markets, including the semiconductor industry, where nanometer positioning systems are essential for the production process, contributing to the core technology research and achievements that move the world forward.

Piezo 모터 적용 분야

나노 미터 급 정밀도가 요구되는 정밀 측정 시스템,초고해상도 현미경, 반도체 검사 장비 등에 적용 가능!

자기힘현미경

(MFM)

자성 탐침의 움직임 조작


MMx24

MMz24

양자컴퓨터용 이온트랩 (Ion Trap) 

초고진공과 극저온에서 정확한 레이저 얼라이먼트 포지셔닝 제공


MMx24

MMz24

MMr24

각분해 광전기

분광기 

(ARPES)

1K 이하 ARPES에서 기존 전동모터 매니플레이터를 대체 


MMx24

MMz24

MMr24

극저온 전자수송 

(Electronic Transport)

고자기장과 극저온 및 직경 1인치 이하의 튜브에서 작동 


MMx24 

MMz24 

MMrv15

다이아몬드 결함 이미징

(NV center imaging)

고자기장과 극저온 및 직경 1인치 이하의 튜브에서 작동


MMx24

MMz24

MMrv15

나노단위 in situ 표면 특성 분석 (Nanoscale in situ surface analysis)

AFM/STM/SEM 기반으로 한 나노단위 물리성 연구의 정밀 포지셔닝 제공


MMx24

MMz24

MMs24

Applications of PIEZO motors

It can be applied to precision measurement and drive systems that require nanometer-level precision.

Magnetic Force Microscopy 

(MFM)

Manipulation of magnetic probes

MMx24

MMz24

MMs24

Ion traps for quantum computing

(Ion Trap)

Laser alignment and positioning in ultra-high vacuum and low-temperature environments


MMx24

MMz24

Angle-resolved photoemission spectroscopy 

(ARPES)

Replacing conventional electric motor manipulators for ARPES experiments below 1K


MMx24

MMz24

MMr24

MMr15

MMrv15

Ultra-low temperature electron transport

(Electronic Transport)

Works in high magnetic fields and in tubes with a diameter of 1 inch or less

MMr15

MMrv15

Diamond defect imaging

(NV center imaging)


Helps with large area imaging in high vacuum and ultra-low temperature fields

MMs24

Nano-scale in situ surface characterization analysis

(Nanoscale in situ surface analysis)

Provides precision positioning for nano-scale physical property research based on AFM/STM/SEM

MMx24

MMz24

MMs24

Key customers

Scope of application

Using inertia without magnets or bearings, it can operate at high performance even in extreme environments.

Research equipment areas: Probe Imaging Equipment, Cryogenic Quantum Technology, Cavity Optomechanics.


출처 : :Kim, G., Yun, J., Lee, Y., & Kim, J.(Moeemotion CEO), Construction of a vector-field cryogenicmagnetic force microscope. Review of Scientific Instruments 93, 063701 (2022); 

https://doi.org/10.1063/5.0092264