Redesign Website and LinkedIn Presence for Analytical Detection LLC

Social Toothpaste is thrilled to announce the redesign of Analytical Detection LLC's website and LinkedIn presence. Analytical Detection LLC, renowned for developing the world’s most advanced Ion Mobility Spectrometry (IMS) detection instrument, needed a digital presence that reflected its pioneering technology. Our redesign strategy focuses on showcasing their state-of-the-art solutions for detecting explosives, narcotics, and chemical weapons with a modern, user-friendly interface. By enhancing their website and LinkedIn profile, we aim to elevate Analytical Detection’s brand, making it easier for stakeholders to engage with their groundbreaking technology and expertise in the field.

Analytical Detection LLC has developed the world’s most advanced Ion Mobility Spectrometry (IMS) detection instrument, specifically designed to detect explosives, narcotics and chemical weapons.

Our instrument offers exceptional resolution for targeted compounds – typically ranging from 70 to 100+ – and remarkable operating accuracy within ±0.1%. These performance metrics are unparalleled in the industry, marking a disruptive advancement in a field that has seen little innovation for decades.

Our introductory portable IMS system is the “BeagleX™ 100”, which promises to revolutionize the detection technology landscape with best-in-class performance. The BeagleX™ 100 surpasses the current detection requirements in the airport checkpoint and cargo markets for explosives, delivering superior performance. The leading resolution and accuracy of the system enable faster screening throughput with lower false positive rates, thereby reducing long airport security lines.

Our achievements in creating this state-of-the-art instrument are the result of patented and patent-pending innovations in every aspect of IMS technology. Furthermore, we have completely designed the system on a modernized platform from the ground-up, leading to substantial reductions in manufacturing and operational costs compared to current commercial trace detectors in the explosives, narcotics and elicit materials market space.