Introducing r-Trace™, a cutting-edge Explosive Trace Detector (ETD) designed to revolutionize security and safety measures. Leveraging the latest advancements in analytical technologies, r-Trace™ offers unparalleled sensitivity, specificity, and reliability in detecting explosive materials.

Key Features:

• Spectroscopy: Utilizes the power of spectrometry to provide precise molecular identification, ensuring accurate detection of a wide range of explosive compounds.

• Revolutionary Technology to Enhance Sensitivity: Enhances signal transmission and reduces noise, resulting in clearer and more reliable detection results.

• Advanced Technology to Further Improvement Identification Accuracy: Integrates advanced techniques to improve detection speed and efficiency, minimizing false positives and operational costs.

• Significantly Reduced Operating Coat: Using ultra low cost consumables to reduce operating cost by 80-90%.

• No Radioactive Ionization Source: There is no ionization source that is found in common ETDs. No concerns with regulatory of ionization sources, and leakage tests.  

Why Choose r-Trace™?

• Superior Sensitivity: Detects even trace amounts of explosive materials with high accuracy.

• High Specificity: Accurately identify explosive compounds (or other target components), and non-target substances, reducing false alarms.

• Cost-Effective: Designed for low operational costs, making it an ideal choice for various security applications.

r-Trace™ is poised to set a new standard in explosive trace detection, providing enhanced security for airports, public venues, and critical infrastructure.

Welcome to r-CWA™ – The Next Generation in Chemical Warfare Agent Detection

Meet r-CWA™, a breakthrough Chemical Warfare Agent Detector designed to set new benchmarks in security and safety. By integrating cutting-edge analytical technologies, r-CWA™ offers unparalleled sensitivity, specificity, and reliability in the detection of chemical warfare agents, ensuring robust protection for high-risk environments.

Key Features

• Precision Spectroscopy: Utilizing advanced spectrometry, r-CWA™ achieves precise molecular identification, accurately detecting a wide array of chemical warfare agents for comprehensive safety coverage.

• Enhanced Sensitivity: With revolutionary signal enhancement and noise reduction technologies, r-CWA™ delivers clearer, more reliable detection outcomes, even in complex environments.

• Broad range of target agents: The device is designed to detect a broad range of agents, including CWAs and Toxic Industrial Components (TICs).

• Improved Accuracy & Speed: Optimized detection techniques significantly reduce false positives, enhancing detection efficiency while lowering operational costs.

• Continuous monitoring or high sensitivity detection: The device can operates in continuous monitoring mode or high sensitivity mode, allowing applications under different scenarios.

• Wearable size and battery powered: r-CWA™ device is a wearable device which is powered by rechargeable battery. 

• No Radioactive Ionization Source: r-CWA™  eliminates the need for radioactive ionization, addressing regulatory and safety concerns associated with conventional explosive trace detection (ETD) devices.

Why Choose r-CWA™?

• Unmatched Sensitivity: Detects even the smallest traces of chemical agents with extreme precision, setting a high standard in security applications.

• High Specificity: Effectively differentiates between target compounds and benign substances, reducing false alarms and ensuring operational integrity.

• Battle field and environmental applications: Broad range of target components enables it not only to be used in battle fields but as for environmental monitoring and work place exposure monitoring.

• Cost-Effective Operations: Designed for affordability and efficiency, r-CWA™ is ideal for deployment across diverse security settings, including airports, public venues, and critical infrastructure.

r-CWA™ is more than a detector – it's a game-changer in chemical warfare agent detection, bringing top-tier security within reach. Ready to upgrade your safety measures? Choose r-CWA™ for a safer, more secure environment.

Introducing r-Pharm™, Overview: Cleaning validation is a crucial step in pharmaceutical manufacturing, ensuring equipment is contaminant-free before production changes. However, traditional methods such as swabbing and HPLC analysis are labor-intensive, time-consuming, and result in extended production downtimes.

Our Innovation: This technology offers a faster, cost-effective, and highly sensitive alternative to traditional methods. It enables real-time, on-site detection of trace contaminants, providing immediate feedback and allowing faster production turnovers. With the capability to detect contaminants at levels beyond current technologies, it drastically improves validation speed and ensures higher precision without the need for complex sample preparation.

Key Advantages:

• Fast validation (<1 minute), drastically reducing downtime.

• High sensitivity and specificity for trace contaminant detection.

• Cost-effective, minimizing time, labor, and equipment delays.

• Low initial cost: the instrument will cost a fraction of the HPLC/MS.

• Low operation cost: it does not use mobile phase or other consumables like HPLC/MS. 

• On-site analysis, avoiding lab wait times and extended downtime. Because of its low power consumption, it can be battery operated and move around - one instrument can be used for multiple sites.

• User-friendly, without the complexity of operation and instrument tuning, this technology can be operated without the need of highly trained operator as required by HPLC/MS. Thus, the instrument can be used by manufacturing personnel instead laboratory technician/scientist.

• Environmental friendly, the technology does not need any additional solvent such as mobile phase as found in HPLC technology that is commonly used for cleaning validation, thus, generate limited waste beside the swab rinsing solvent. instead of using thousand of watts to operate as a HPLC/MS, it uses very low power, possibly less than 100-200watts at peak time.