Nano Detection Technology is a cutting-edge brand that specializes in universal detection systems for infectious disease testing. With a focus on speed, accuracy, and scalability, NDT utilizes a unique biosensor to develop a novel diagnostic platform, applicable to multiple markets. Currently, their primary focus lies in the human infectious disease detection market.

The core of NDT's system lies in its exclusive Biochip IP, featuring 25 discrete light-sensing diodes that enable multiplex capability and unmatched sensitivity. This enables the detection of light at extremely low levels, surpassing even the photons emitted by a 100-watt light bulb. Their integrated system comprises a universal instrument platform, consumables, and software, all produced under Good Manufacturing Practices.

The intuitive process allows for testing to be performed by less-skilled labor, freeing up highly-skilled professionals for more complex tasks. The NDT system also offers rapid testing with a quick turnaround, batch testing capabilities, and objective result interpretation to minimize human error. The NDT biochip's versatility allows for applications using various wavelengths, making it suitable for an array of diagnostic tests.

Furthermore, the self-contained and simple nature of the platform makes it perfect for smaller laboratories and emerging markets. With the use of analyte-specific cassettes, the NDT system provides a cost-effective and scalable solution for detecting multiple diseases using a single instrument. This makes it ideal for immediate deployment in areas such as human diagnostics, veterinary medicine, and food safety.

By offering more accurate, objective, and timely results compared to traditional methods, NDT aims to have a positive impact on crucial areas of healthcare, including antibiotic stewardship, length of stay, and patient satisfaction. For inquiries or further information, you can contact NanoDetection Technology at the provided address and phone number. Their dedicated team is eager to assist you in harnessing the power of light for advanced disease detection