Products

MICROFLUIDIC CHIP FOR ENRICHMENT AND DETECTION OF CANCER CELLS

Unveiling a groundbreaking microfluidic chip designed to revolutionize cancer detection: this compact marvel captures and isolates lung cancer cells with unmatched precision. Leveraging the power of impedance analysis and dielectrophoresis, it promises a new horizon in early cancer diagnosis and treatment. 

CHIP BASED IMPEDANCE FLOW CYTOMETER FOR SINGLE CELL LEVEL DETECTION

Step into the future of cellular diagnostics with our advanced microfluidic chip, engineered for high-precision impedance flow cytometry. This compact yet powerful device excels in detecting and analyzing individual cells, offering a window into the cellular mechanics at the single-cell level. With this technology, we're enhancing the capabilities of researchers to diagnose and study cell properties with unparalleled accuracy and detail.

MICROFLUIDIC PLATFORM FOR CELL ENCAPSULATION

Discover precision encapsulated in technology with our microfluidic platform, engineered for the ultimate cell encapsulation and isolation. This fully-automated system is a marvel in tumor cell detection, adeptly identifying and isolating cancer cells within droplets. Coupled with an ingenious droplet sorting system, it represents a leap forward in targeted cancer therapy research, offering clarity and control in the delicate dance of cellular manipulation. 

MICROFLUIDIC CHIP-BASED PROTEIN ENRICHMENT AND DETECTION

Introducing our sleek, microfluidic chip-based system, a technological leap in protein enrichment and detection. Engineered with precision, this device streamlines complex bioassays into a user-friendly format, complete with a potent potentiostat module for precise measurements. Ideal for applications like urea detection, it’s a testament to how we're simplifying sophisticated diagnostics, making them accessible and efficient for critical health monitoring.

NANOSTRUCTURED BIOACTIVE MULTIFUNCTIONAL ARTIFICIAL SKIN FOR WOUND HEALING   

Embark on a journey of healing with our nanostructured bioactive artificial skin, a marvel of bioengineering designed to treat wounds with the delicacy and precision they require. Our electrospinning technology weaves biocompatible nanomembranes that mimic the natural structure of skin, promoting rapid and effective wound healing. This innovation represents a transformative approach to burn therapy and skin regeneration, offering new hope for recovery with cutting-edge biomaterials. 

DEVELOPMENT OF AN ELECTRICAL IMPEDANCE TOMOGRAPHY (EIT) SYSTEM

Step into the future of medical imaging with our Electrical Impedance Tomography (EIT) system, designed to transform patient monitoring. This sophisticated device provides real-time, non-invasive visualizations of lung ventilation, crucial for surgeries and critical care. With its innovative approach to capturing physiological changes, our EIT system is a game-changer for clinicians needing immediate feedback on treatment efficacy, paving the way for enhanced patient care. 

AUTOMATIC PICK-N-PLACE SYSTEM FOR ELECTRONIC COMPONENT TESTING

Behold the automation revolution with our Automatic Pick-n-Place System, a triumph in electronic component testing. Seamlessly integrating advanced vision systems with precision robotics, this system streamlines the quality assurance process, delivering meticulous and reliable testing with unparalleled efficiency. It’s the heartbeat of modern electronic manufacturing, ensuring every component meets the pinnacle of performance standards.