| The NanoRam is ideal for the rapid and non-destructive analysis of incoming raw materials and API’s, additives, and excipients. Due to the ultraportable design coupled with cutting edge technology, laboratory quality Raman measurements can now efficiently be taken to the sample without sacrificing performance. |
The combination of size and ease of use makes the NanoRam perfect for the on-site identification of toxic chemicals, explosives, and other harmful materials. The NanoRam was designed for the non-technical end-user where fast and accurate chemical analysis is crucial. |
The NanoRam is a non-contact, non-destructive analysis tool which can be used for the identification of narcotics and other elicit substances in the field without ever compromising the integrity of the sample or the chain of evidence. |
| Raw material identification in the manufacturing of food products is becoming more important than ever. Not only can the NanoRam be used for raw material identification and verification, but when used in conjunction with commercially available SERS substrates, it can also be used for the detection of deadly contaminates. |
Contaminated or improperly labeled chemicals can not only wreak havoc on chemical producers, but they can also cost their customers hundreds of thousands of dollars if they wind up in the production line. The NanoRam fills a vital role by performing at-line and in-line analysis to identify non-conforming materials before they reach the final product. |
Producers of counterfeit products are becoming more and more proficient every day in creating products and packaging that is visually identical to the real product. Since the NanoRam probes information directly from the molecular composition of the material, it can easily identify the most convincing copy. |
