The SZEEK High-Precision Digital Alcohol Breathalyzer by NIRIKHON (Model EK925) delivers enforcement-grade fuel-cell accuracy at 90%+, with instant readings in under 5 seconds and 0.001% BAC resolution for precise field screening. One-button auto-sampling simplifies checkpoint operations, while onboard memory and USB/Bluetooth export ensure tamper-evident data logging. Backed by a 12-month warranty—built for mission-critical field command operations.
This fuel-cell sensor core delivers ≥90% accuracy, providing the electrochemical foundation for reliable, court-admissible BAC tracking. Engineered for enforcement-grade reliability, it forms the primary detection layer that every subsequent reading in the device depends on.
The sampling interface supports both replaceable, individually wrapped sanitary mouthpieces and an optional non-contact air-sampling mode. This dual-method design gives field operators the flexibility to maintain hygienic testing standards across high-volume checkpoint operations without compromising sample integrity.
The internal processor executes rapid BAC calculation with a response time of ≤5 seconds and a warm-up period of ≤20 seconds, converting sensor input into a precise reading at 0.001% BAC resolution. This processing core is what transforms raw fuel-cell detection into a forensic-level, actionable result.
The digital display presents clear BAC readings across multiple recognized formats—%BAC, mg/L, and mg/100 ml—alongside real-time status indicators for Ready, Testing, Result, and Error phases. This panel keeps field operators fully informed at every stage of the testing sequence, reducing procedural error.
The device triggers an immediate audible and visual alarm the moment a reading exceeds the configured legal limit, giving field operators instant, unambiguous notification. This alert system removes guesswork from the screening process during fast-paced checkpoint operations.
A rechargeable battery supports a minimum of 200 tests per full charge, managed through an auto power-off function that conserves energy between uses. This power architecture is built to sustain extended field deployment across a full operational shift without requiring mid-session recharging.
Molded from impact-resistant, industrial-grade ABS plastic, the housing is engineered as a portable, lightweight handheld device built to withstand active roadside and field use. This rugged casing protects the internal sensor and processing components from the physical demands of continuous field deployment.
A universal Type-C interface handles both device charging and data connectivity, supporting USB and Bluetooth export of logged test results. This interface bridges the device to central monitoring systems, enabling seamless transfer of on-board test records for audit and reporting purposes.
Delivers live BAC readings across %BAC, mg/L, and mg/100ml formats directly from the connected device to the central console.
The device is built on an enforcement-grade fuel-cell sensor rated at ≥90% accuracy, supported by both manual and automatic calibration cycles configurable at defined test-count or time intervals. This structured calibration lifecycle ensures consistent, repeatable readings across extended operational deployment rather than degrading between individual tests.
Yes. The device is rated for operation across a 0°C to 50°C temperature range, with secure storage limits extending from -10°C to 60°C. This environmental tolerance ensures reliable 0.001% BAC resolution readings whether deployed in cold-weather checkpoints or extended daytime field operations.
Test results are stored directly to on-board memory during offline operation, then synchronized to central systems via USB or Bluetooth once connectivity is available. This offline-first architecture ensures no test data is lost during extended field deployment, while structured data export supports tamper-evident recordkeeping for institutional review.
The device supports two compliant sampling methods: individually wrapped, replaceable mouthpieces (minimum 10 units supplied per device) and an optional non-contact air-sampling mode. This dual-method design allows field operators to maintain hygienic testing standards without slowing checkpoint throughput.
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