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Overall Solution of In Vivo Electrophysiology

Flexible Electrode

Our portfolio includes Tungsten Deep Electrode, Silk Protein Deep Electrode, CrosTrode Multi-region Flexible Electrode and OptoTrode High-density Optoelectrodes. Flexible electrodes excel at long-term tracking of single-unit spike signals, outperforming rigid electrodes in research on disease mechanisms, memory and cognition.

High-Throughput Neural Signal Acquisition and Analysis System

Modular, high-performance and high-throughput neural signal acquisition/stimulation analysis system independently developed by NeuroXess. It can record neural signals from up to 2048 channels simultaneously and perform microcurrent stimulation on up to 128 electrode sites at the same time. This system can collect LFP and single-unit Spike signals synchronously, as well as ECoG signals.

Intelligent Surgical Robot

Independently developed by NeuroXess for intelligent, precise, and efficient surgeries on mice and rats in neuroscience research. It features a high degree of automation, eliminating the need for manual leveling or MRI/CT scanning of animals. It supports implantation of flexible deep electrodes, rigid electrodes and optical fibers, and enables optogenetic stimulation and drug microinjection via glass pipettes.

Multiple-region Flexible Electrodes

  • Flexible Implantation Sites

    During surgery, the implantation position and depth of each electrode can be flexibly adjusted to support research covering the full brain range.

  • Compact Size

    The electrode features a miniature profile and enables free movement of small laboratory animals after implantation.

  • High Channel Count

    It is equipped with 128 channels covering 4 brain regions, and customized versions supporting up to 8 brain regions are available.

  • High Compatibility

    Custom multifunctional variants compatible with fiber photometry recording and optogenetics can be developed on demand.

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Multiple-region Flexible Electrodes

High-Throughput Neural Signal Acquisition and Analysis System

  • Easy to Use

    Streamlined interface with clear interaction logic; no complex training required for operation.

  • High Throughput

    A single device supports up to 2,048 channels at maximum, enabling simultaneous recording of up to 8 animals.

  • Automated

    One-click spike sorting greatly reduces data processing workload.

  • Customizable

    Supports customized algorithm development and plug-in development.

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High-Throughput Neural Signal Acquisition and Analysis System

Intelligent Surgical Robot

  • Application Scenarios

    Wide range of applications covering all cranial surgery experiments for rats and mice

  • User-Friendly Surgery

    Clear surgical guidance available during operation; surgical data can be recorded in real time during the operation, and all surgical data is systematically managed after the operation.

  • Highly Integrated and Mobile

    Integrates robotic arms, binocular cameras, microscopes, light sources, surgical navigation, and other modules into one unit; Designed as a movable trolley.

  • Rapid and High-Precision Positioning

    The robotic arm combined with intelligent algorithms can accurately reach target positions along pre-planned paths rapidly according to target locations and tool characteristics.

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Intelligent Surgical Robot
We offer comprehensive product services. For any questions, please contact us through our hotline, available Monday through Sunday, 9:00 AM to 9:00 PM.
400 080 6565
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