Erlab NanoFlow 1634 Air-Clean Medication Storage Cabinet
| Brand | Erlab |
|---|---|
| Origin | France |
| Model | 1634 |
| Dimensions (W×D×H) | 1800 mm × 500 mm × 2115 mm |
| Import Status | Imported |
| Distributor Type | Authorized General Distributor |
| Pricing | Available Upon Request |
Overview
The Erlab NanoFlow 1634 Air-Clean Medication Storage Cabinet is an engineered solution for the safe, compliant, and contamination-controlled storage of pharmaceuticals, reference standards, controlled substances, and sensitive reagents in analytical, quality control (QC), and research laboratories. Unlike conventional ventilated cabinets or passive storage units, the NanoFlow 1634 integrates Erlab’s proprietary NanoFlow filtration technology — a dual-stage, recirculating air purification system based on activated carbon and HEPA-grade particulate filtration — to continuously remove volatile organic compounds (VOCs), acidic vapors, ozone, and airborne particulates from the internal cabinet environment. This ensures stable, low-contamination storage conditions without exhausting air to the external laboratory, eliminating ductwork requirements and reducing HVAC load. Designed and manufactured in France under ISO 9001-certified processes, the cabinet complies with core principles outlined in EU GMP Annex 15, USP , and ISO 14644-1 Class 8 cleanroom air quality benchmarks for non-sterile storage zones.
Key Features
- Recirculating NanoFlow Air Purification System: Dual-stage filtration comprising impregnated activated carbon (targeting VOCs, solvents, and aldehydes) and H14 HEPA filters (≥99.995% efficiency at 0.3 µm), achieving ≥95% removal of common lab vapors including acetone, ethanol, chloroform, and formaldehyde within 3 air changes per hour.
- Stable Internal Environment: Microprocessor-controlled airflow management maintains uniform temperature distribution (±1.5 °C across shelf plane) and relative humidity control (40–60% RH typical, dependent on ambient conditions), minimizing hygroscopic degradation of moisture-sensitive compounds.
- Structural Integrity & Safety: Fully welded 1.2 mm cold-rolled steel chassis with epoxy-powder-coated finish; fire-rated internal lining (EN 13501-1 Class B-s1,d0); integrated door interlock and LED status indicators for filter saturation and airflow integrity.
- Ergonomic Design: Height-optimized configuration (2115 mm) accommodates standard laboratory benchtop workflows; 1800 mm width supports modular integration with adjacent fume hoods or analytical workstations; 500 mm depth ensures compatibility with standard shelving and bottle footprints.
- Compliance-Ready Documentation: Factory-calibrated airflow and pressure differential verification reports provided; optional IQ/OQ documentation packages available for GLP and GMP-regulated environments.
Sample Compatibility & Compliance
The NanoFlow 1634 is validated for storage of solid dosage forms, lyophilized powders, chromatographic reference standards, cytotoxic agents (Category 1–3 per NIOSH HD handling guidelines), and light-sensitive compounds when used with optional UV-blocking acrylic doors. It is not intended for flammable liquid storage (per NFPA 30 or OSHA 1910.106) nor for biological hazards requiring biosafety containment. The cabinet meets structural and material requirements of EN 14727 (laboratory furniture safety) and aligns with ISO/IEC 17025:2017 clause 5.3.2 regarding environmental condition control for stored reference materials. Filter service intervals are determined by cumulative VOC exposure and are tracked via embedded sensor logging — supporting audit readiness for FDA 21 CFR Part 11-compliant data integrity protocols when paired with Erlab’s optional CloudConnect module.
Software & Data Management
While the base NanoFlow 1634 operates via embedded microcontroller without mandatory software dependency, optional connectivity enables integration into centralized lab infrastructure. The CloudConnect add-on provides encrypted, TLS 1.2-secured transmission of real-time operational parameters (filter life %, static pressure differential, fan RPM, ambient temperature/humidity) to a web-accessible dashboard. All logged data includes immutable timestamps, user ID attribution (via LDAP integration), and full audit trail functionality compliant with ALCOA+ principles. Historical data export is supported in CSV and PDF formats, and configurable email/SMS alerts notify designated personnel upon threshold breaches (e.g., filter depletion >90%, airflow drop >15%). No local database installation is required — data residency options include EU-based servers (GDPR-aligned) or customer-hosted private cloud deployments.
Applications
- Pharmaceutical QC labs storing USP/EP reference standards under documented environmental controls
- Academic and contract research organizations maintaining traceable compound libraries for HTS and metabolomics
- Hospital pharmacy satellite storage for high-value oncology agents requiring vapor-free stabilization
- Regulatory submission support labs where chain-of-custody and environmental monitoring records are subject to inspection
- Environmental testing facilities storing certified reference materials (CRMs) for PFAS, pesticides, and PAH analysis
FAQ
Does the NanoFlow 1634 require external ducting or make-up air systems?
No — it operates as a fully recirculating unit and requires no external exhaust or dedicated HVAC compensation.
What is the recommended filter replacement interval?
Under typical academic lab use (8 hrs/day, moderate solvent exposure), carbon filters last 12–18 months; HEPA filters last 24–36 months. Actual service life is dynamically calculated and displayed via the front-panel interface.
Can the cabinet be integrated into a LIMS or ELN platform?
Yes — through Erlab’s RESTful API (available with CloudConnect license), enabling bidirectional metadata exchange including storage location, compound ID, and environmental validation logs.
Is the NanoFlow 1634 suitable for storing radioactive isotopes?
No — it does not provide shielding or radiation monitoring capabilities. It is designed exclusively for chemical vapor and particulate mitigation.
Does Erlab provide installation qualification (IQ) services?
Yes — certified field engineers perform site-specific commissioning, including airflow mapping, pressure cascade verification, and filter integrity testing, with fully traceable IQ/OQ documentation issued per ISO/IEC 17025 requirements.
