AS ONE 13510300Y Economical Glass Desiccator Cabinet

Overview

The AS ONE 13510300Y Economical Glass Desiccator Cabinet is a compact, benchtop-grade vacuum desiccation system engineered for controlled moisture removal and long-term storage of hygroscopic, oxidation-sensitive, or moisture-labile samples in research laboratories, quality control environments, and electronics manufacturing support labs. Unlike conventional drying ovens that rely on thermal convection, this unit operates on static vacuum desiccation—leveraging low-pressure conditions to lower the vapor pressure of ambient moisture, thereby accelerating desorption without thermal stress. Its all-glass chamber (borosilicate 3.3) ensures optical clarity for real-time visual monitoring, chemical inertness against common solvents and reagents, and minimal outgassing under vacuum—critical for maintaining cleanroom-compatible storage integrity. Designed for simplicity and reliability, the cabinet integrates a manually operated vacuum valve and compatible external vacuum pump interface (standard KF16 or G1/4″ port), enabling users to achieve and sustain vacuum levels down to ≤10 mbar (dependent on pump performance). The unit is not heated; it functions exclusively as a non-thermal, vacuum-assisted desiccation enclosure.

Key Features

• Borosilicate glass construction (DIN ISO 3585 compliant) with high thermal shock resistance and low coefficient of thermal expansion
• Sealed chamber with silicone O-ring gasket and precision-machined aluminum lid flange for repeatable vacuum integrity
• Integrated vacuum gauge port (M4×0.7 thread) for optional analog or digital vacuum monitoring
• Removable, perforated stainless steel sample support plate (diameter: 240 mm) for uniform air/vacuum distribution beneath specimens
• Compact footprint (240 mm diameter × 365 mm height) optimized for limited bench space without compromising internal volume (~16.5 L)
• RoHS 2-compliant materials throughout (Directive (EU) 2015/863), including lead-free solder, halogen-free seals, and cadmium-free plating on metallic components

Sample Compatibility & Compliance

The 13510300Y accommodates standard desiccant trays (e.g., silica gel, phosphorus pentoxide, or molecular sieves) placed beneath the sample support plate. It supports storage of analytical standards, calibration reference materials, printed circuit boards (PCBs), lithium battery components, thin-film substrates, and pre-weighed pharmaceutical excipients—all requiring ambient-temperature moisture exclusion. The unit complies with ISO 12744 (laboratory desiccators — requirements and test methods) for dimensional accuracy and sealing performance. While not certified for GMP or GLP environments per se, its material traceability (full RoHS 2 documentation available upon request), absence of lubricants or adhesives in the chamber path, and compatibility with IQ/OQ validation protocols make it suitable for regulated workflows where documented vacuum stability and material compatibility are prerequisites.

Software & Data Management

This is a manually operated, non-electronic desiccator cabinet with no embedded controller, display, or data logging capability. Vacuum level must be monitored externally using a calibrated vacuum gauge connected via the dedicated port. For laboratories requiring audit-ready records, integration with third-party vacuum monitoring systems (e.g., Pfeiffer TPG300 series or MKS Baratron controllers) is supported via standard vacuum fittings. All mechanical interfaces conform to ISO-KF and ISO-G standards, facilitating seamless connection to existing lab vacuum infrastructure. No software installation, firmware updates, or cybersecurity configurations are required—ensuring zero IT overhead and full compliance with air-gapped instrument policies in secure facilities.

Applications

• Precise conditioning of reference standards prior to gravimetric analysis (e.g., ASTM E2909, USP <671>)
• Moisture-sensitive component storage in semiconductor packaging and SMT assembly lines
• Pre-drying of filter papers, crucibles, and volumetric glassware before gravimetric residue testing
• Stabilization of hygroscopic reagents (e.g., anhydrous salts, metal-organic frameworks) during formulation development
• Short-term archival of NIST-traceable humidity sensors and dew point calibration devices

FAQ

Is the 13510300Y equipped with a built-in vacuum pump?
No. It requires connection to an external vacuum pump (recommended ultimate vacuum ≤1 × 10⁻² mbar) via the standard KF16 or G1/4″ inlet port.
Can the unit be used for solvent vapor removal?
Not recommended. The borosilicate chamber is chemically resistant but not rated for prolonged exposure to aggressive organic vapors (e.g., chlorinated solvents); consult AS ONE’s chemical compatibility chart prior to use.
Does the model include desiccant or vacuum accessories?
No. Desiccant, vacuum hoses, pressure relief valves, and gauges are sold separately and must be selected based on application-specific safety and regulatory requirements.
What is the maximum operating temperature?
This is a non-heated desiccator. Ambient operation only (15–30 °C); do not expose to direct sunlight or heat sources exceeding 40 °C.
Is calibration documentation provided with shipment?
Dimensional verification reports per ISO 12744 are available upon request; vacuum seal integrity testing data is not included by default but can be added as a factory service option.