Our company has developed SPR (Surface Plasmon Resonance) biosensing technology, which can detect the differentiation status of living cells in real time and without labeling by monitoring changes in the optical properties of the cell surface. Studies have shown that this system can accurately quantify the osteogenic differentiation of mesenchymal stem cells, offering rapid, precise, and non-destructive analysis. In addition, we are developing automated detection devices specifically designed for cell culture, which will further enhance the efficiency and convenience of cell analysis workflows.
The SPRI system from Guang-Leng Technology features industry-leading ultra-high sensitivity and a wide dynamic range, delivering stable and reliable detection data across a variety of applications. Its innovative design with disposable microfluidic chips not only effectively reduces the risk of cross-contamination but also streamlines and simplifies operational workflows.
The compact system structure offers excellent portability and point-of-care testing (POCT) capabilities, enabling users to quickly obtain high-quality biomolecular interaction information in clinical settings, laboratories, or outdoor environments. Whether for medical diagnostics, drug development, or rapid on-site analysis, Guang-Leng Technology’s SPRI platform provides an efficient, professional, and trustworthy measurement experience.
Developed by Guang-Leng Technology, the dual-syringe pump system provides highly stable flow control, effectively reducing noise interference caused by liquid pressure fluctuations. Thanks to its exceptional fluid stability, this system can be efficiently paired with the SPARROW Surface Plasmon Resonance instrument, further enhancing the accuracy, stability, and reproducibility of the detection process.
Our ACK Amino Coupling Reagent Kit enables covalent immobilization with high coupling efficiency, ensuring that target molecules are rapidly and securely attached to the substrate surface. The kit provides a stable and reproducible operating environment, reducing experimental variability and enhancing overall workflow reliability. Its excellent coupling performance makes it ideal for various biosensing platforms, biochemical analysis processes, and molecular immobilization applications.
Our self-developed myocardial infarction detection device is designed to provide faster and more accurate clinical detection, helping medical professionals identify critical diagnostic windows. Its main feature is the rapid and precise detection of biomarkers associated with myocardial infarction, enabling early interpretation and valuable time for treatment. The system supports multiplex detection potential and offers scalability, allowing future expansion to monitor various cardiovascular health indicators, suitable for routine health monitoring and risk management.
Our in-development bacterial antibiotic susceptibility testing system significantly reduces detection time to under two hours. Compared to traditional methods that can take tens of hours, this system enables clinicians to make earlier decisions on antibiotic usage.
Key Advantages:
Our affinity analysis solution is built with efficiency and precision at its core, fully supporting real-time detection from all angles, so research data is no longer limited by a single observation condition. The system delivers outstanding performance with high sensitivity and a wide dynamic range, maintaining stable and reliable analysis quality even in complex experimental environments.
With an intelligent computation engine, the software assists users in quickly obtaining affinity parameters, binding kinetics data, and complete analysis reports, significantly shortening research workflows and improving experimental efficiency. Whether for biomolecular interaction studies, drug development, or quality control, this tool provides clear and highly reliable quantitative results.
Make affinity analysis effortless—gain critical insights faster and more accurately, enhancing your research and development performance across the board.
