BioPro Scientific
Biopro Scientific is dedicated to advancing brain science through cutting-edge technologies, offering innovative solutions such as electrophysiology systems, neuromodulation devices, and AIoT platforms. The company aims to empower researchers and clinicians with precise, wireless, and personalized tools for neural monitoring, stimulation, and analysis, fostering breakthroughs in neuroscience, neuroengineering, and bio-electronic medicine.
Industries
Nr. of Employees
small (1-50)
BioPro Scientific
Unit 715, Center of Innovative Incubator, No.101, Sec.2, Kuangfu Rd., East Dist., Hsinchu City 30013, Taiwan
Patents
Products
Wireless preclinical electrophysiology system
Lightweight wireless system for multi-channel neural recording and electrical stimulation in preclinical animal models, supporting high sampling rates, microSD recording and configurable stimulation parameters.
Wearable tES-EEG neuromodulation system
Wearable system combining active low-noise electrodes with transcranial electrical stimulation and EEG recording for simultaneous monitoring and modulation in human studies.
Cloud-based AIoT platform for neuroscience
Browser-accessible AIoT platform for integrating multiple neuroscience devices and sensors, real-time visualization, project management and remote experiment control.
Portable wireless electrochemical measurement device
Compact wireless measurement modules for electrochemistry and materials testing providing functions such as CV, LSV, EIS, I–V characterization and long-term V/I/R monitoring.
Neuromodulation system-on-chip (SoC) and IP blocks
Silicon-proven IP and customizable SoC offerings for neural recording, stimulation, wireless power/data and embedded processing.
Custom microwire electrode arrays
Precision microwire arrays fabricated with biocompatible materials and mini-PCB-based placement for targeting multiple brain regions in a single implantation.
Wireless preclinical electrophysiology system
Lightweight wireless system for multi-channel neural recording and electrical stimulation in preclinical animal models, supporting high sampling rates, microSD recording and configurable stimulation parameters.
Wearable tES-EEG neuromodulation system
Wearable system combining active low-noise electrodes with transcranial electrical stimulation and EEG recording for simultaneous monitoring and modulation in human studies.
Cloud-based AIoT platform for neuroscience
Browser-accessible AIoT platform for integrating multiple neuroscience devices and sensors, real-time visualization, project management and remote experiment control.
Portable wireless electrochemical measurement device
Compact wireless measurement modules for electrochemistry and materials testing providing functions such as CV, LSV, EIS, I–V characterization and long-term V/I/R monitoring.
Neuromodulation system-on-chip (SoC) and IP blocks
Silicon-proven IP and customizable SoC offerings for neural recording, stimulation, wireless power/data and embedded processing.
Custom microwire electrode arrays
Precision microwire arrays fabricated with biocompatible materials and mini-PCB-based placement for targeting multiple brain regions in a single implantation.
Services
Project-based development covering wireless relay modules, custom stimulators, testing devices, and bespoke analysis software.
Custom system-on-chip design services based on silicon-proven IP blocks for neural recording, stimulation, wireless links, DSP and embedded ML.
Deployment and integration of a browser-accessible AIoT platform for multi-device synchronization, real-time data visualization and remote experiment management.
Project-based development covering wireless relay modules, custom stimulators, testing devices, and bespoke analysis software.
Custom system-on-chip design services based on silicon-proven IP blocks for neural recording, stimulation, wireless links, DSP and embedded ML.
Deployment and integration of a browser-accessible AIoT platform for multi-device synchronization, real-time data visualization and remote experiment management.
Expertise Areas
- In vivo electrophysiology
- Electrical neuromodulation and closed-loop stimulation
- AI-driven biomarker detection and signal processing
- AIoT integration for neuroscience
Key Technologies
- Wireless neural telemetry
- Closed-loop neuromodulation
- Temporal-interference stimulation
- Transcranial electrical stimulation with simultaneous EEG
News & Updates
2023 COMPUTEX D&I Special Awards
Recognition for innovation in brain research and bio-electronic solutions.
2020 National Innovation Award
Awarded for contributions to brain science and medical technology.
2022 Taipei Biotech Awards
Recognition in the biotech industry for innovative research tools.
2023 Alliance with Columbia University and University of Connecticut
Strategic collaborations to advance neuromodulation and brain research.
A publication on brain activity monitoring in Parkinson's disease research using NeuLive.
Research article on biosensing technology using Elite.
2023 COMPUTEX D&I Special Awards
Recognition for innovation in brain research and bio-electronic solutions.
2020 National Innovation Award
Awarded for contributions to brain science and medical technology.
2022 Taipei Biotech Awards
Recognition in the biotech industry for innovative research tools.
2023 Alliance with Columbia University and University of Connecticut
Strategic collaborations to advance neuromodulation and brain research.
A publication on brain activity monitoring in Parkinson's disease research using NeuLive.
Research article on biosensing technology using Elite.