Applications
Technologies are only useful with right applications
Technologies are only useful with right applications
Detecting trace amounts of explosives on surfaces is crucial for identifying dangerous packages and ensuring public safety. Our technology rapidly and accurately identifies trace amounts of explosives such as TNT, TATP, RDX, and NG.
With over 25 years of experience in this field, we have resolved numerous challenges, from sampling and analysis to data interpretation. Our focus is on developing innovative technologies that emphasize accuracy and sensitivity. In addition to our Advanced Ion Mobility Spectrometry (A-IMS), we have developed highly accurate and rapid technologies for this application.
If you are interested in our solutions and technologies, please contact us.
Illicit drugs such as Fentanyl, Methamphetamine, Cocaine, Heroin, and others pose a significant threat to society and public health. These substances can be concealed and transported across borders, making their detection and identification a major focus in the fight against drug trafficking.
With our advanced technologies and innovative sampling methods, we have successfully contributed to this effort. Our breakthroughs enable the detection of even trace amounts of these dangerous substances across various sample matrices.
If you are interested in our solutions and technologies, please contact us.
Environmental pollutants such as pesticides, and industrial chemicals pose a severe threat to ecosystems and human health. Real time detecting, continuously monitoring, and identifying these contaminants are critical tasks in environmental protection and conservation efforts.
One of our efforts is to help our environment through our innovations method and technologies. We while emphasis accuracy, speed, and sensitivity, we also considered portability as one of the critical factors when we develop our technologies for the applications. Our advanced solutions enable the detection of even trace amounts of pollutants across various environmental matrices in real time on-site.
If you are interested in our solutions and technologies, please contact us.
Production processes involving chemicals need to be continuously monitored to ensure the quality of the final products. This is especially important for pharmaceutical companies. In addition to process monitoring, ensuring the cleanliness of production lines is equally crucial for quality and safety. Our advanced technologies provide real-time monitoring and precise detection of contaminants, ensuring both the integrity of the production process and the cleanliness of the environment. With our innovative solutions, companies can maintain high standards of quality control and safety compliance.
If you are interested in our solutions and technologies, please contact us.
Diagnosis of diseases, including cancers, based on volatile organic compounds (VOCs) produced by metabolic processes, has garnered significant attention in the field of trace chemical detection and analysis. The developed methods offer several advantages: they are non-intrusive, simple, fast, and suitable for on-site use. Samples such as exhaled breath, urine, or even sweat can be utilized. However, the complexity of these samples and the low concentration of biomarkers present accuracy challenges. Additionally, large instruments like GC/MS are impractical for use in clinical settings.
To address these challenges, we are developing groundbreaking technologies with the following advantages:
High resolution: This allows us to build models based on more unique features, significantly improving the accuracy of the tests compared to technologies with only 4 or 8 channels.
Low limits of detection: This enables the detection of more trace VOCs in samples, enhancing the robustness of our models.
Small size: Making the technology accessible to more clinics and users.
Low cost: Ensuring more patients can afford and are willing to undergo testing.
If you are interested in our solutions and technologies, please contact us.
The analysis of petroleum, natural gas, and gasoline is critical for ensuring product quality, optimizing refining processes, and safeguarding consumer interests. Counterfeit gasoline, containing harmful substances, can wreak havoc on your car's engine, impacting performance and increasing emissions. More importantly, it is safety hazard.
Our advanced analytical technologies enable precise identification of fuel composition, detecting even trace amounts of adulterants. By employing high-resolution techniques and low limits of detection, we ensure accurate analysis and authentication of gasoline products. Our compact and cost-effective solutions facilitate on-site testing, empowering fuel distributors and regulatory agencies to combat counterfeit gasoline effectively.
If you are interested in our solutions and technologies, please contact us.
The analysis of agricultural products for pesticides and other contaminants is essential for ensuring food safety and protecting public health. Pesticide residues and other harmful substances can pose significant risks to consumers and the environment. Our advanced analytical technologies provide precise detection and quantification of these contaminants, even at trace levels or onsite. Utilizing high-resolution methods and low limits of detection, we ensure accurate and reliable analysis of agricultural samples. Our compact and cost-effective solutions enable on-site testing, empowering farmers, producers, and regulatory agencies to monitor and manage pesticide residues and other contaminants effectively.
If you are interested in our solutions and technologies, please contact us.
Ensuring the safety, quality, and freshness of food products is paramount for protecting public health and maintaining consumer trust. Contaminants, spoilage, and degradation of quality can pose significant risks. Our advanced analytical technologies provide precise detection and quantification of contaminants, ensuring food safety. Additionally, our solutions monitor the freshness and quality of food products, detecting spoilage and degradation early. Utilizing high-resolution methods and low limits of detection, we ensure accurate and reliable analysis of food samples. Our compact and cost-effective solutions enable on-site testing, empowering producers, retailers, and regulatory agencies to maintain high standards of food safety and quality.
If you are interested in our solutions and technologies, please contact us.
Building on promising research and user feedback, we've developed a groundbreaking wearable device designed to potentially slow the progression of Alzheimer's disease. Inspired by recent studies suggesting positive impacts, this innovative technology offers a beacon of hope in the fight against cognitive decline.
We are in the progress to incorporate other functions into the device to monitor key physiological and behavioral markers associated with Alzheimer's disease.
If you are interested in our solutions and technologies, please contact us.