The University of Hong KongUniversity Central FacilitiesInterdisciplinary and Core Research Facilities
University Central Facilities
Interdisciplinary and Core Research Facilities
The University of Hong KongIn addition to the centralized equipment managed by University Central Facility (UCF), various other centralized facilities across HKU are administered by different departments or designated units. Subject to availability and modular standalone abilities, all equipment funded through HKU Large Research Equipment Fund (LREF) is intended to be accessible to all HKU members for academic and research purposes. If you wish to use any of these instruments, please contact the relevant management personnel directly.
Single-Cell Biotech FlowRACS is a state-of-the-art flow cytometry platform engineered for high-precision single-cell analysis and sorting. Combining advanced optics, microfluidics, and automation, it delivers reliable, high-throughput performance. FlowRACS empowers researchers in biotechnology, genomics, and cellular therapeutics with unparalleled accuracy, efficiency, and reproducibility for groundbreaking scientific discoveries.
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https://facdent.hku.hk/research/central-research-laboratories.phpProject/ Fund Source:
LREF(2022/23) 020300800, Raman-activated single-cell core facility
Single-cell Biotech RACS-Seq is an innovative platform that integrates rapid single-cell isolation with sequencing technology. Designed for precision and scalability, it enables researchers to capture cellular heterogeneity, uncover genetic insights, and accelerate discoveries in biotechnology, genomics, and therapeutic development with unmatched efficiency and reproducibility.
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Contact Point:
https://facdent.hku.hk/research/central-research-laboratories.phpProject/ Fund Source:
LREF(2022/23) 020300800, Raman-activated single-cell core facility
Single-cell Biotech EasySort Compact is a streamlined, high-performance cell sorting system designed for precision and convenience. With its compact footprint, advanced microfluidics, and intuitive interface, it delivers reliable single-cell isolation and analysis. EasySort Compact empowers researchers with efficiency, accuracy, and accessibility for diverse applications in biotechnology and genomics.
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Contact Point:
https://facdent.hku.hk/research/central-research-laboratories.phpProject/ Fund Source:
LREF(2022/23) 020300800, Raman-activated single-cell core facility
The Olympus FVMPE-RS is a state-of-the-art multiphoton microscope designed for advanced biological imaging. Engineered for deep tissue observation, it delivers exceptional speed, sensitivity, and resolution, enabling researchers to capture dynamic processes in living specimens with minimal photodamage. With flexible configurations and cutting-edge optics, the FVMPE-RS supports a wide range of applications, from neuroscience to cell biology, making it a powerful tool for modern scientific discovery.
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Laboratory in Charge: Ms. Helen Leung, hymleung@hku.hkProject/ Fund Source:
LREF(2022/23) 02030081, Dual scanner two-photon imaging systemThe Olympus IX83 is a fully automated inverted microscope designed to meet the demands of advanced research and live-cell imaging. With its modular design and motorized components, it offers exceptional flexibility for diverse applications, from routine observation to complex multi-dimensional experiments. The IX83 ensures high precision, stability, and ease of use, making it an ideal platform for modern laboratories seeking reliable performance and cutting-edge imaging capabilities.
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Laboratory in Charge: Mr. Oscar Chow, chowsc@hku.hkProject/ Fund Source:
LREF(2022/23) 02030081, Dual scanner two-photon imaging systemThermo Scientific Orbitrap Ascend is a next-generation high-resolution mass spectrometry system designed for advanced proteomics, metabolomics, and pharmaceutical research. Combining exceptional sensitivity, speed, and accuracy, it enables precise identification and quantification of complex biomolecules. With enhanced throughput and robust performance, Orbitrap Ascend empowers scientists to achieve deeper insights into molecular structures and biological processes with unmatched reliability.
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Laboratory in Charge: Dr. Liu Zheng Joseph, lz2021@hku.hkProject/ Fund Source:
LREF(2022/23) 207300015, Orbitrap Eclipse Tribrid Mass Spectrometer with Vanquish Neo System
Thermo Scientific Vanquish Neo is a cutting-edge liquid chromatography system optimized for nano- and capillary-scale separations. Designed for proteomics and complex biomolecule analysis, it delivers exceptional sensitivity, precision, and reproducibility. With advanced flow control and robust performance, Vanquish Neo empowers researchers to achieve deeper insights into molecular structures and biological processes with unmatched efficiency and reliability
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Laboratory in Charge: Dr. Liu Zheng Joseph, lz2021@hku.hkProject/ Fund Source:
LREF(2022/23) 207300015, Orbitrap Eclipse Tribrid Mass Spectrometer with Vanquish Neo SystemThermo Scientific Dionex UltiMate 3000 is a versatile high-performance liquid chromatography (HPLC) system designed for precision, reliability, and efficiency. With modular flexibility, advanced detection options, and seamless integration, it supports diverse analytical applications from routine testing to complex research. Its robust performance ensures accurate results, making it a trusted choice for modern laboratories worldwide.
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Laboratory in Charge: Dr. Liu Zheng Joseph, lz2021@hku.hkProject/ Fund Source:
LREF(2022/23) 207300015, Orbitrap Eclipse Tribrid Mass Spectrometer with Vanquish Neo SystemZEISS Lattice Lightsheet 7 is a revolutionary imaging system designed for gentle, high-speed, and high-resolution live-cell imaging. Its lattice lightsheet technology minimizes phototoxicity while capturing dynamic cellular processes in unprecedented detail. Compact and versatile, it empowers researchers to explore complex biological systems with clarity, efficiency, and precision across extended timeframes.
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LREF(2022/23) 207300016, Quantitative Multiscale Imaging (QMI) SystemJPK NanoWizard V BioScience AFM is a versatile atomic force microscopy platform tailored for advanced life science research. It combines high-resolution imaging with precise force measurements, enabling detailed exploration of cells, biomolecules, and tissues. With seamless integration into optical microscopes, it delivers unmatched accuracy, flexibility, and reproducibility for cutting-edge biophysical and biomedical investigations.
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LREF(2022/23) 207300016, Quantitative Multiscale Imaging (QMI) SystemQuantum Design PPMS DynaCool 9T is a versatile physical property measurement system engineered for advanced materials research. Featuring a 9-tesla superconducting magnet and cryogen-free cooling, it enables precise characterization of electrical, magnetic, and thermal properties. With modular options and automated control, DynaCool 9T delivers accuracy, efficiency, and flexibility for cutting-edge condensed matter and nanoscience investigations.
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Equipment in Charge: Dr. Xue Hongxia, hxxue@hku.hkProject/ Fund Source:
LREF(2022/23) 207300017, 9T 1.9K Dry Physical Property Measurement System
Precision X-Ray SmART+ is an advanced small animal radiation research system that integrates high-resolution CT imaging with precise, targeted irradiation. Designed for preclinical studies, it enables customizable treatment planning, reproducible results, and efficient workflows. SmART+ empowers researchers to explore cancer therapies, radiobiology, and translational research with exceptional accuracy, flexibility, and reliability.
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https://ccmr.hku.hk/Project/ Fund Source:
LREF(2022/23) 207300018, Precision small animal irradiator
Keysight N9040B UXA Signal Analyzer (2 Hz to 50 GHz) is a high-performance, multi-touch benchtop spectrum analyzer designed for analyzing challenging, wideband, and fast-transient signals in 5G, radar, and satellite applications. It offers up to 1 GHz analysis bandwidth, 510 MHz real-time bandwidth, and exceptional phase noise of -135 dBc/Hz at 1 GHz, 10 kHz offset.
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PDF: Dr. Tong Yitian, tongyt89@hku.hkProject/ Fund Source:
LREF(2022/23) 207300022, Arbitrary waveform generator, real-time oscilloscope and real-time spectrum analyzer
The Keysight UXR0594AP Infiniium 59 GHz oscilloscope is a cutting-edge instrument engineered for ultra-high-speed signal analysis. Delivering exceptional bandwidth, low noise, and real-time measurement accuracy, it empowers engineers to validate and characterize next-generation technologies with confidence. Ideal for advanced research in 5G, high-speed digital, and aerospace applications, the UXR0594AP combines precision and performance to accelerate innovation in demanding test environments.
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PDF: Dr. Tong Yitian, tongyt89@hku.hkProject/ Fund Source:
LREF(2022/23) 207300022, Arbitrary waveform generator, real-time oscilloscope and real-time spectrum analyzerKeysight M8100A AWG 128G is a state-of-the-art arbitrary waveform generator designed for ultra-high-speed signal generation. Supporting data rates up to 128 Gbps, it delivers precise, low-jitter signals essential for testing next-generation digital interfaces. With scalable architecture, advanced modulation capabilities, and flexible configuration, the M8100A AWG 128G empowers engineers to emulate complex real-world scenarios, accelerating innovation in communications, data centers, and semiconductor research.
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PDF: Dr. Tong Yitian, tongyt89@hku.hkProject/ Fund Source:
LREF(2022/23) 207300022, Arbitrary waveform generator, real-time oscilloscope and real-time spectrum analyzer
Keysight MSOX6004A InfiniiVision 6000 is a powerful mixed signal oscilloscope designed for advanced debugging and analysis. With 2.5 GHz bandwidth, high sampling rates, and responsive user interface, it delivers precise visualization of complex signals. Featuring integrated protocol analysis, waveform generation, and real-time performance, the MSOX6004A empowers engineers to accelerate design validation and troubleshooting across communications, embedded systems, and high-speed digital applications.
- Bandwidth: 1.0 GHz to 2.5 GHz, 4 Channels
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PDF: Dr. Tong Yitian, tongyt89@hku.hkProject/ Fund Source:
LREF(2022/23) 207300022, Arbitrary waveform generator, real-time oscilloscope and real-time spectrum analyzer
Keysight M8050A is a next-generation bit error rate tester (BERT) designed for high-speed digital interface testing. Supporting data rates up to 120 Gbps, it delivers unmatched accuracy, flexibility, and performance for validating cutting-edge technologies. With advanced signal integrity features and scalable architecture, the M8050A empowers engineers to accelerate innovation in data centers, communications, and semiconductor industries.
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PI: Prof. Xiang Chao, cxiang@eee.hku.hkProject/ Fund Source:
LREF(2023/24) Vector Network Analyzer (VNA) Bit Error Rate Tester (BERT) Photonic Chip Characterization SystemKeysight N4372E Lightwave Component Analyzer is a high-performance solution for characterizing optoelectronic devices up to 110 GHz. Designed for cutting-edge research and development, it delivers precise S-parameter measurements with exceptional accuracy and stability. Ideal for applications in high-speed communications, photonics, and semiconductor testing, the N4372E empowers engineers to validate next-generation components and accelerate innovation in ultra‑broadband technologies.
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PI: Prof. Xiang Chao, cxiang@eee.hku.hkProject/ Fund Source:
LREF(2023/24) Vector Network Analyzer (VNA) Bit Error Rate Tester (BERT) Photonic Chip Characterization SystemKeysight N9040B UXA Signal Analyzer (2 Hz to 50 GHz) is a high-performance, multi-touch benchtop spectrum analyzer designed for analyzing challenging, wideband, and fast-transient signals in 5G, radar, and satellite applications. It offers up to 1 GHz analysis bandwidth, 510 MHz real-time bandwidth, and exceptional phase noise of -135 dBc/Hz at 1 GHz, 10 kHz offset.
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PI: Prof. Xiang Chao, cxiang@eee.hku.hkProject/ Fund Source:
LREF(2023/24) Vector Network Analyzer (VNA) Bit Error Rate Tester (BERT) Photonic Chip Characterization SystemPhotonic chip characterization suite is an integrated module for photonic device performance test. The laser, polarization controlling module, multi-channel source meters and photodetectors constitutes a complete characterization system for the performance of photonic devices including integrated lasers, modulators, topological photonic chips and optical frequency comb generators.
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PI: Prof. Xiang Chao, cxiang@eee.hku.hkProject/ Fund Source:
LREF(2023/24) Vector Network Analyzer (VNA) Bit Error Rate Tester (BERT) Photonic Chip Characterization System