The latest events
Currently

New products are currently in development. Please stay tuned!

2023

Introduced DC-400MHz UHF lock-in amplifiers:OE2051&OE2052.

Break through the technical bottleneck of 800MHz bandwidth.

2022

Introducing the OE1300 Series of PXI-e interface-based lock-in amplifier modules with a bandwidth of DC-1MHz.

2021

Launch of electrochemical workstations, moving into a whole new field!

2020

Successfully upgraded the bandwidth of OE2041 to DC-60MHz.

A long-term cooperation agreement has been reached with the Weizmann Institute of Science. 

2019

Launched voltage-controlled current source OE4201.

2019

Launched 8-channel lock-in amplifier OE1081.

2018

Launched 1000V I-V tester IV1010.

Stepping towards internationalization:The first time to be invited to participate in the MRS conference in the U.S.A.

2017

Introduced the OE2041, a high-frequency lock-in amplifier with DC-30MHz bandwidth.

2016

Introduced the pre-amplifier OE400X series.

2016

Launched the multifunctional lock-in amplifier teaching experiment box OE5001, which allows students to have a deeper understanding of the principle of weak signal detection.

2015

Iaunched OE1022D, the industry's first standalone dual-channel lock-in amplifier.

2015

Successfully developed miniaturized lock-in amplifier OE1201, which occupies only the area of A4 paper, realizing the perfect combination of size and performance.

2014

launched DC-3MHz Bandwidth Lock-in Amplifier OE2031.

2013

Launched Optical Chopper:OE3001.

2012

Introducing the OE1022, a DC-102kHz bandwidth classic lock-in amplifier that fully covers the SR830 in terms of features and achieves partial performance overruns.

2011

Launched the OE1021, the world's first biphase digital lock-in amplifier based on FPGA + ARM as the digital processing core for large-screen color LCD.

2008

Launched China's first teaching-type digital lock-in amplifier.

2007

Launched the first digital lock-in amplifier in China!

2003

We made the first analog lock-in amplifier for near-infrared optical coating.

This lock-in amplifier has a faster response time to meet the requirements of rapid growth of the film layer.

2001

The beginning of a dream, our team started to develop analog lock-in amplifiers.

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