15858283923

Integrated solutions for regenerative medicine and artificial intelligence

Built on Integrity. Driven by Innovation.

SINCE 2014
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Baiqiao Medical

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About Us

About Us

The scope of business includes the following general activities: technical services, technology development, technical consulting, technical exchange, technology transfer and technology promotion; sales of Class II medical devices; sales of medical devices [class number missing in source]; manufacture of medical devices [class number missing in source]; leasing of medical devices [class number missing in source]; leasing of Class II medical devices; sales of daily-use chemical products; engineering and technology research and experimental development; sales of chemical products (excluding licensed chemical products); leasing and sales of machinery and equipment; sales of instruments and meters; software development; wholesale and retail of computer hardware, software and auxiliary equipment; sales of artificial-intelligence hardware; online sales (excluding goods that require a license); and sales of integrated-circuit chips and products. Except for projects subject to statutory approval, business activities may be conducted independently under the business license. Licensed activities: operation and manufacture of Class III medical devices. Activities subject to statutory approval may be conducted only after approval by the relevant authorities; the specific scope is subject to the approval results.
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Since

2014

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Featured Products

  • Exosome Raw Material
    Exosome Raw Material Model:

    1. Anti-aging and firming. 2. Skin-barrier repair and soothing anti-inflammatory care. 3. Wound healing and reduction of acne marks and scars. 4. Brightening and improvement of hyperpigmentation. 5. Hair-loss prevention and hair regeneration (research direction).

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  • Fully Automated Multifunctional Cell Incubator
    Fully Automated Multifunctional Cell Incubator Model:

    The fully automated multifunctional cell incubator precisely and synchronously controls multiple parameters, including light, ultrasound, temperature, CO2N2 and O2. It supports multiple control groups and is widely used in cell-culture research and industrial applications.

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  • Fully Automated Biomimetic Mechanical Stem-Cell Incubator
    Fully Automated Biomimetic Mechanical Stem-Cell Incubator Model:

    1. Regulates mechanosignaling pathways through mechanical stimulation to maintain stem-cell self-renewal and inhibit differentiation. 2. Avoids introducing microcarriers, reducing risks associated with returning stem cells to the body. 3. Produces cleaner cell-culture supernatant, creating favorable conditions for subsequent exosome purity. 4. Mechanical stimulation can promote and enhance...

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  • Fully Automated Exosome Concentration and Purification System
    Fully Automated Exosome Concentration and Purification System Model: BQ-6800

    The fully automated exosome isolation and concentration system isolates and concentrates exosomes from a wide variety of liquids, including urine, saliva, cerebrospinal fluid, blood, tears, cell or bacterial culture media, milk, cell-membrane-extruded vesicles, ginseng infusions and more. It enables fully automated isolation by different particle-size fractions...

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NEWS

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Company News

Articles

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  • Company News

    2023 / 12.21

    Key Considerations When Using a Cerebrospinal Fluid Pulsation Bioreactor
    A cerebrospinal fluid pulsation bioreactor simulates the biomechanical environment created by cerebrospinal-fluid pulsation. It dynamically cultures cell–biomaterial composites in vitro to construct artificial living bone tissue while recording experimental data in real time. The resulting tissue-engineered bone offers strong biomechanical properties, biocompatibility and bioactivity, providing a new way to construct tissue-engineered bone for clinical research and application. The instrument is mainly used for in-vitro construction of living bone tissue and for studies of biomaterial–cell compatibility, fatigue properties and toxicity. It is suitable for product development and scientific research at universities, hospitals, research institutes, biological research centers and biomaterials laboratories. The following points should be considered when using the bioreactor: ...
  • Company News

    2023 / 12.19

    Main Functions and Features of the Cerebrospinal Fluid Pulsation Bioreactor
    A cerebrospinal fluid pulsation bioreactor simulates the biomechanical environment created by cerebrospinal-fluid pulsation. It dynamically cultures cell–biomaterial composites in vitro to construct artificial living bone tissue while recording experimental data in real time. The resulting tissue-engineered bone offers strong biomechanical properties, biocompatibility and bioactivity, providing a new method for clinical bone-tissue research and application. The instrument is mainly used for in-vitro construction of living bone tissue and for studies of biomaterial–cell compatibility, fatigue properties and toxicity. It is suitable for product development and scientific research at universities, hospitals, research institutes, biological research centers and biomaterials laboratories. Main functions and features: 1. Simulates dynamic...
  • Company News

    2023 / 11.24

    The Dental Processing Production Line Comprises the Following Main Systems
    As technology continues to advance, the dental-processing industry is evolving as well. Traditional manual methods can no longer meet market demand. Modern dental processing production lines have transformed dental manufacturing. A dental processing production line is automated equipment used to produce dental products such as crowns, bridges and aligners. It integrates multiple process steps and uses automation and digital technology to deliver efficient, precise dental processing. Its principal advantages are as follows. First, production efficiency is greatly increased and processing cycles are substantially shortened, allowing urgent customer needs to be met. Second, its high precision supports micrometer-level machining, ensuring product quality and fit. In addition...
  • Company News

    2023 / 11.22

    What Functions Does a Dental Processing Production Line Provide?
    As technology continues to advance, the dental-processing industry is evolving as well. Traditional manual methods can no longer meet market demand. Modern dental processing production lines have transformed dental manufacturing. A dental processing production line is automated equipment used to produce dental products such as crowns, bridges and aligners. It integrates multiple process steps and uses automation and digital technology to deliver efficient, precise dental processing. Its principal advantages are as follows. First, production efficiency is greatly increased and processing cycles are substantially shortened, allowing urgent customer needs to be met. Second, its high precision supports micrometer-level machining, ensuring product quality and fit. In addition...
  • Company News

    2023 / 8.25

    Observe the Following Precautions When Using an Articular Cartilage Bioreactor to Ensure Experimental Success and Cell Health
    As understanding of articular cartilage deepens, a growing number of researchers are focusing on how to culture and study this tissue in vitro. By reproducing the environment of a human joint, the articular cartilage bioreactor is becoming an important research tool. It is designed to culture and maintain human articular-cartilage cells for studies of cartilage biology and potential treatments. The reactor generally comprises multiple components, including a cell-culture chamber, fluid-circulation system, pressure sensors and temperature controller. Its basic principle is to culture cartilage tissue on a breathable, permeable and elastic artificial matrix while simulating joint motion, pressure and fluid...
  • Company News

    2023 / 8.23

    How to Use an Articular Cartilage Bioreactor
    As understanding of articular cartilage deepens, a growing number of researchers are focusing on how to culture and study this tissue in vitro. By reproducing the environment of a human joint, the articular cartilage bioreactor is becoming an important research tool. It is designed to culture and maintain human articular-cartilage cells for studies of cartilage biology and potential treatments. The reactor generally comprises multiple components, including a cell-culture chamber, fluid-circulation system, pressure sensors and temperature controller. Its basic principle is to culture cartilage tissue on a breathable, permeable and elastic artificial matrix while simulating joint motion, pressure and fluid...
  • Articles

    2026 / 6.27

    What Design Features Make a Cell Adhesion Force Measurement Instrument More Reliable?
    A cell adhesion force measurement instrument is a specialized system for accurately measuring interaction forces between cells and a substrate. It is important in fields such as cell biology and biomedical engineering. By precisely quantifying these forces, it helps researchers understand cell behavior and disease mechanisms and develop new treatments. For example, the CellHesion200 system from Germany’s JPK can measure cell–cell and cell–substrate interactions, quantify cell elasticity and responses to external mechanical pressure, and provide single-cell quantitative results with single-molecule precision. Its innovative approach supports cell-interaction research with high-quality data, while its software can automatically determine parameters associated with cell adhesion force...
  • Articles

    2026 / 6.25

    More Capable Than It Looks: Cell Adhesion Force Measurement Is Advancing These Key Fields
    A cell adhesion force measurement instrument is a specialized system for accurately measuring interaction forces between cells and a substrate. It is important in fields such as cell biology and biomedical engineering. By precisely quantifying these forces, it helps researchers understand cell behavior and disease mechanisms and develop new treatments. For example, the CellHesion200 system from Germany’s JPK can measure cell–cell and cell–substrate interactions, quantify cell elasticity and responses to external mechanical pressure, and provide single-cell quantitative results with single-molecule precision. Its innovative approach supports cell-interaction research with high-quality data, while its software can automatically determine parameters associated with cell adhesion force...
  • Articles

    2026 / 1.24

    Improve Efficiency: Operating Tips for a Fully Automated Micro-Volume Liquid Filling and Sealing System
    A fully automated micro-volume liquid filling and sealing system is intelligent packaging equipment that combines precision metering, automatic filling and immediate sealing. It is designed for pharmaceuticals, biological reagents, cosmetics, food additives and chemicals [preceded by an unclear modifier in the source], where dose accuracy and hygiene are critical. It automates the entire process from vial feeding and measured filling through cap placement (press-fit or screw capping), sealing (such as aluminum-foil heat sealing, induction sealing or vacuum sealing) and discharge, significantly improving productivity, product consistency and sterility assurance. High-precision peristaltic pumps, ceramic plunger pumps or servo-controlled piston pumps are generally used as the metering unit. The filling range covers 0.1mL to 100mL, with repeatability within ±0.5%, meeting the needs of micro-volume liquids (...
  • Articles

    2026 / 1.22

    Compact and Precise: The Innovation Behind Fully Automated Micro-Volume Liquid Filling and Sealing
    A fully automated micro-volume liquid filling and sealing system is intelligent packaging equipment that combines precision metering, automatic filling and immediate sealing. It is designed for pharmaceuticals, biological reagents, cosmetics, food additives and chemicals [preceded by an unclear modifier in the source], where dose accuracy and hygiene are critical. It automates the entire process from vial feeding and measured filling through cap placement (press-fit or screw capping), sealing (such as aluminum-foil heat sealing, induction sealing or vacuum sealing) and discharge, significantly improving productivity, product consistency and sterility assurance. High-precision peristaltic pumps, ceramic plunger pumps or servo-controlled piston pumps are generally used as the metering unit. The filling range covers 0.1mL to 100mL, with repeatability within ±0.5%, meeting the needs of micro-volume liquids (...
  • Articles

    2025 / 12.24

    Inside Vision Technology: A Step-by-Step Guide to Precise Operation of a Quantitative Corneal Transparency Measurement Instrument
    A quantitative corneal transparency measurement instrument is an ophthalmic device [the source modifier is unclear] for objectively and accurately assessing optical clarity. It is primarily used in research, clinical diagnosis, and monitoring of corneal disease or postoperative recovery. As the transparent tissue at the front of the eye, corneal clarity directly affects visual quality. Inflammation, edema, scarring, malnutrition, and surgical trauma can all reduce transparency and impair vision. Traditional examinations largely rely on subjective slit-lamp microscopy without a quantitative standard; this instrument instead uses optical principles to provide precise, noninvasive, repeatable, digital assessment. Operating procedure: I. Equipment preparation. Check the equipment: make sure power is connected and switched on, and inspect the display...
  • Articles

    2025 / 12.22

    Extend Instrument Life: Storage Tips for a Quantitative Corneal Transparency Measurement Instrument
    A quantitative corneal transparency measurement instrument is an ophthalmic device [the source modifier is unclear] for objectively and accurately assessing optical clarity. It is primarily used in research, clinical diagnosis, and monitoring of corneal disease or postoperative recovery. As the transparent tissue at the front of the eye, corneal clarity directly affects visual quality. Inflammation, edema, scarring, malnutrition, and surgical trauma can all reduce transparency and impair vision. Traditional examinations largely rely on subjective slit-lamp microscopy without a quantitative standard; this instrument instead uses optical principles to provide precise, noninvasive, repeatable, digital assessment. Storage method: I. Temperature control. Routine storage: as a precision optical device, it is temperature-sensitive. It is generally recommended...

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