Liquid Instruments B2B Case Studies & Customer Successes

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Liquid Instruments is redefining test and measurement with software-defined instrumentation that combines high-performance hardware with intelligent software. Its platform enables engineers to design, test, and deploy systems with greater speed, flexibility, and precision by consolidating multiple instruments into a single, reconfigurable device. Liquid Instruments supports thousands of users worldwide across aerospace and defense, semiconductor, and quantum research.

Case Studies

Showing 38 Liquid Instruments Customer Success Stories

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How researchers at Amsterdam UMC leverage the Moku Phasemeter to streamline their optical fiber measurements while reducing costs

Amsterdam UMC logo

How researchers achieve precision characterization of heterodyne optical phase locking with Moku:Pro

Australian National University logo

How researchers at ANU are using Moku:Pro to lock lasers to an ultra-stable, high-finesse cavity

Australian National University logo

Australian Synchrotron - Customer Case Study

Australian Synchrotron logo

Beijing University of Posts and Telecommunications - Customer Case Study

Beijing University of Posts and Telecommunications logo

Bloodsport - Customer Case Study

Bloodsport logo

How reconfigurable instrumentation is helping researchers refine laser stabilization techniques for space-based metrology

Blue Sky Spectroscopy Inc. logo

Chalmers Solar Team - Customer Case Study

Chalmers Solar Team logo

How photonics researchers at Chapman University used Moku:Pro to reduce their equipment footprint and simplified their workflow

Chapman University logo

How researchers at the Chinese Academy of Sciences are using the Moku:Pro Lock-in Amplifier and Moku Cloud Compile to fast-track particle analysis

Chinese Academy of Sciences logo

How optical atomic clock researchers at Colorado State University are using the Moku Time & Frequency analyzer to detect and compensate for excess micromotion in ion traps

Colorado State University logo

How researchers are pushing the boundaries of particle physics with reconfigurable, FPGA-based instrumentation

Deutsches Elektronen-Synchrotron (DESY) logo

Humboldt University of Berlin - Customer Case Study

Humboldt University of Berlin logo

How students at IIT Madras are gaining hands-on experience in using the Lock-in Amplifier instrument on Moku:Go

IIT Madras logo

Institute of Chemistry, Chinese Academy of Sciences - Customer Case Study

Institute of Chemistry, Chinese Academy of Sciences logo

Enabling rapid and precise distance measurement with Moku:Lab

Institute of Optics and Precision Mechanics logo

Using Moku:Pro for photonic IC control system research at Intel Labs

Intel Labs logo

How researchers are using custom HDL code with Moku Cloud Compile to develop novel magnetic field sensing techniques

Max Planck Institute for Polymer Research logo

How researchers are using the Moku Arbitrary Waveform Generator to enable highly efficient digital synthesis with more accurate sweeps

NanoCellect Biomedical, Inc. logo

Automating the future at Oregon State University Ecampus with Moku:Go

Oregon State University logo

How researchers used software-defined instrumentation to design a low-noise system containing an end-to-end prototype in a single device

Oregon State University logo

How quantum metrology researchers are approaching the limit of precision with software-defined instrumentation

Shanghai Jiao Tong University logo

How researchers at Southeast University in China are streamlining MEMS control and test processes

Southeast University logo

Enabling Dual-Wavelength Nanosecond Fiber Lasers for Multi-Contrast Photoacoustic Imaging with Moku:Pro

The University of Hong Kong logo

Università Politecnica delle Marche - Customer Case Study

Università Politecnica delle Marche logo

Using Allan deviation to drive oscillator characterization with Moku:Go

Università Politecnica delle Marche logo

University of Alberta - Customer Case Study

University of Alberta logo

Developing low-power, high-precision microscopes with Moku:Go

University of Bristol logo

How CU Boulder researchers are advancing LiDAR and remote sensing applications with a single-cavity, dual-comb laser source

University of Colorado at Boulder logo

How researchers at the University of Hamburg are using Moku to improve signal fidelity for continuous-variable QKD

University of Hamburg logo

How reconfigurable instrumentation has helped researchers achieve new levels of precision in coupled cavity experiments

University of Maryland Institute for Physical Science and Technology logo

University of Münster - Customer Case Study

University of Münster logo

University of Münster - Customer Case Study

University of Münster logo

University of Stuttgart - Customer Case Study

University of Stuttgart logo

How one research team is using the Moku Time & Frequency Analyzer to decode single-pixel imaging data

University of the Chinese Academy of Sciences logo

University of Washington - Customer Case Study

University of Washington logo

Wuhan University of Technology - Customer Case Study

Wuhan University of Technology logo

How Moku:Pro's versatility enables researchers to stabilize the laser, control the EOM and measure the Allan variance with a single device

XLIM Research Institute logo

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