Automatic Large Antechamber Door Super Purification Glove Box with IoT System

Product Overview

This super purification glove box provides an ultra-clean, controlled inert gas environment tailored specifically for moisture- and oxygen-sensitive scientific research and industrial prototyping. Featuring an integrated closed-loop gas purification column and automated atmospheric management, the system maintains strict purity thresholds below 1 ppm moisture and oxygen levels. By pairing robust 304 stainless steel construction with automated vertical-lift antechamber access and smart cloud-connected IoT architecture, this equipment eliminates contamination risks while significantly streamlining material loading workflows.

Engineered primarily for academic universities, national laboratories, and high-tech research institutions, the system serves as a foundational platform for lithium-ion and solid-state battery fabrication, organometallic synthesis, perovskite solar cell development, and specialized metallurgy. The integrated IoT system empowers laboratory managers and researchers with full remote visibility, real-time operating telemetry, automated maintenance logs, and multi-device coordination, allowing continuous experiments to proceed without requiring constant physical presence at the workstation.

Built to withstand continuous, long-term laboratory operations, the enclosure integrates premium electro-pneumatic valves, high-capacity circulating blowers, and precision gas sensors to ensure steady baseline containment. Whether configured with nitrogen, argon, or helium working gases, this system delivers uncompromising hermetic integrity, dependable vacuum integrity, and fail-safe overpressure protection to safeguard hazardous samples, valuable compounds, and operational personnel in rigorous research environments.

Key Features

• Sub-PPM Purification Capability: High-efficiency single purification column packed with 5 kg of copper catalyst and 5 kg of molecular sieve achieves and sustains moisture and oxygen levels below 1 ppm, ensuring zero oxidation or hydrolysis during critical synthesis.
• Intelligent IoT Connectivity: Integrated IoT smart system enables remote mobile control, centralized multi-device fleet management, real-time status synchronization, cloud-based telemetry reports, automatic fault diagnostics, and immediate mobile push alerts for anomalous parameters.
• Automated Vertical-Lift Large Antechamber: Motorized anodized aluminum vertical-lift door eliminates the swing radius of traditional hinged doors, streamlining high-throughput sample loading while reducing seal wear and mechanical stress on the vacuum chamber.
• Industrial Siemens PLC Touchscreen Control: Intuitive human-machine interface automates gas circulation, pressure balancing, regeneration cycles, and system self-diagnostics with password-protected multi-level user access.
• Automated Pressure and Foot-Pedal Regulation: Programmable working chamber pressure settings within ±15 mbar with automatic overpressure protection triggered beyond ±16 mbar, complemented by hands-free foot-pedal pressure adjustments during active glove handling.
• High-Capacity Closed-Loop Gas Circulation: Integrated circulating blower delivers standard circulation rates of 90 m³/h (upgradeable to 145 m³/h or 180 m³/h) to quickly scrub contaminants following antechamber purge cycles and sample introductions.
• Automated Regenerative Purification: Fully automated, PLC-controlled thermal regeneration sequence utilizing forming gas (5% to 10% H2 balance inert gas) restores catalyst beds to peak chemical reactivity without requiring manual handling or dismantling.
• Heavy-Duty Hygienic Stainless Enclosure: Fabricated from 3 mm thick 304 stainless steel with an interior oil-film brushed finish for easy wipe-down decontamination and an exterior mirror polish for enhanced chemical resistance and cleanroom compatibility.
• Dual Antechamber Architecture: Equipped with both an automated large cylindrical antechamber for bulk equipment transfer and a manual mini antechamber for rapid, low-volume loading of tools, vials, and small reagents without disturbing main chamber equilibrium.
• Ultra-Fine 0.3 μm In-Line Particulate Filtration: Dual gas inlet and outlet filters prevent catalyst dust, fine powders, and aerosolized particulates from contaminating sensitive experimental substrates or damaging downstream valves.

Applications

Technical Specifications

Why Choose This Product

• Industrial-Grade Vacuum Engineering: Built with 3 mm heavy-gauge 304 stainless steel and CNC-machined DN40KF ports, this workstation provides zero-leak performance and structural rigidity under continuous deep-vacuum transfer cycles.
• Connected Laboratory Management: The integrated cloud IoT architecture transitions your laboratory into an intelligent, connected workspace—enabling proactive equipment maintenance, real-time mobile parameter tracking, and automated historical data compliance reporting.
• Ergonomic & Space-Saving Automation: The automated vertical-lift large antechamber reduces operator fatigue, avoids workstation clutter associated with traditional swing-door mechanisms, and guarantees repeatable sealing pressure across thousands of operation cycles.
• Complete Analytical Transparency: Integrated solid-state trace moisture and oxygen analyzers provide immediate, accurate feedback, ensuring sensitive materials are only handled when the operating environment strictly meets sub-ppm criteria.

Contact our technical engineering team today to receive a detailed quotation, discuss custom dimensional requests, or configure specialized feedthroughs for your advanced research facility.

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