APEX R7 Raman Spectrometer

APEX R7 Raman Spectrometer

The APEX R7 Raman Spectrometer is a pocket‑sized handheld device weighing around 240 g and measuring approximately 110 × 60 × 40 mm. It features a 785 nm Raman laser and advanced Cross Peak Correlation algorithm, enabling rapid non‑contact identification of substances. The unit houses a library of over 24,000 spectra covering explosives, narcotics, precursors, TICs/TIMs, CWAs, and household chemicals. It delivers results in 20 seconds or less, with a battery that supports more than 12 hours of continuous use and over 200 tests per charge.

Internally ruggedized to MIL‑STD‑810H and rated IP67, the APEX R7 resists dust, water, and drops. It operates with minimal training via a simple point‑and‑shoot workflow. No frequent calibration is required, and it can interface via Bluetooth or Wi‑Fi to Android/iOS devices using the free MobileDetect app. The system supports seamless data logging, PDF/CSV export, and real‑time connection with platforms like ATAK, iTAK, and CIVTAK.

In field use, the APEX R7 Raman Spectrometer equips HAZMAT teams, EOD units, and law enforcement personnel operating in airports, border checkpoints, and lab environments. It enables quick screening of unknown powders, liquids, pills, chemicals, and narcotics. Military EOD technicians use it to assess homemade explosives, while airport security teams rely on its portability and speed to identify threats during passenger or cargo inspections.

Supporting aviation security and public‑safety operations, Tactical Supply Pakistan provides full APEX R7 deployment services, including system configuration, operator training, and global technical support, empowering first responders and defense units with reliable chemical‑identification capability in critical environments.

Can the APEX R7 interface with search-and-rescue or tactical mapping apps?
Yes, it supports Bluetooth/Wi‑Fi connectivity and integrates with ATAK/iTAK/CIVTAK platforms for real-time threat-sharing and geotagged results during operations.