Glove Box
Dual Purification Series Laboratory Vacuum Glove Box System
Item Number : ST12
Price varies based on specs and customizations
- Atmospheric Purity
- H2O < 1 ppm, O2 < 1 ppm
- Purification System
- Dual Column with Auto-Regeneration
- Gas Circulation Rate
- 90 m³/h (Optional: 145 / 180 m³/h)
Shipping:
Contact us to get shipping details Enjoy On-time Dispatch Guarantee.
Why Choose Us
Easy ordering process, quality products, and dedicated support for your business success.
Product Overview


This industrial-grade dual column laboratory vacuum glove box system is engineered for demanding research and pilot-to-commercial manufacturing environments requiring uninterrupted inert atmosphere processing. Built with an ultra-pure gas circulation loop, the system consistently maintains moisture and oxygen concentrations below 1 ppm. The dual purification column architecture allows continuous, 24/7 operation by enabling one column to undergo fully automated regeneration while the secondary column actively maintains pristine enclosure conditions.
Designed to satisfy the stringent requirements of university research laboratories, advanced lithium-ion and solid-state battery fabrication lines, organometallic synthesis, and specialty chemical handling, this enclosure provides a completely isolated, hermetically sealed workspace. Operators can conduct moisture- and oxygen-sensitive material synthesis, electrode preparation, and precision assembly with absolute process integrity.
Crafted from heavy-gauge 304 stainless steel with precision-machined seals, safety glass viewing panels, and an advanced Siemens PLC touchscreen interface, the equipment delivers unwavering process reliability. Integrated pressure management, automated gas balancing, and optional IoT smart connectivity ensure complete operational control, transparent real-time data monitoring, and long-term durability under continuous production cycles.
Key Features
- Continuous Dual-Column Gas Purification: Equipped with dual 304 stainless steel purification columns containing high-capacity copper catalyst and molecular sieve charges, providing an oxygen absorption capacity of 60 L and moisture absorption capacity of 2 kg to guarantee sustained H2O and O2 levels below 1 ppm without workflow interruptions.
- Automated PLC-Controlled Regeneration: Integrated Siemens PLC manages closed-loop thermal regeneration using a working gas and hydrogen blend (5% to 10% H2), executing heating, gas purging, and cooling cycles automatically without manual intervention.
- Heavy-Duty Stainless Steel Enclosure: Fabricated from 3 mm thick 304 stainless steel with an oil-film brushed interior finish and robust structural reinforcement, ensuring exceptional chemical resistance, structural rigidity, and easy decontamination.
- Ergonomic Safety Viewing Window: Features an 8 mm thick tilted tempered safety glass front window with O-ring sealed POM or aluminum glove ports and high-integrity 0.4 mm butyl rubber gloves, delivering clear visibility and superior barrier protection.
- Dual Airlock Antechamber System: Includes an automated large cylindrical antechamber (Ø360 mm or Ø400 mm x 600 mm) with vertical sliding tray and anodized aluminum lifting doors, alongside a manual small antechamber (Ø150 mm or Ø100 mm x 300 mm) for rapid, contamination-free sample introduction.
- Precision Closed-Loop Pressure Control: Automated differential pressure regulation maintains enclosure pressure within a programmable +/- 10 mbar range with automatic overpressure/underpressure safety cutoff at +/- 12 mbar, complemented by convenient foot-pedal adjustment.
- High-Efficiency Variable Circulation Blower: Integrated gas circulation fan delivers a standard 90 m3/h flow rate with optional 145 m3/h or 180 m3/h high-capacity configurations, routed through 0.3 μm particulate filters at gas inlets and outlets for continuous atmosphere clarity.
- Comprehensive Real-Time Analytical Monitoring: High-precision electrochemical oxygen analyzer (0 to 1000 ppm) and dew point moisture transmitter (0 to 500 ppm) provide continuous, accurate tracking of internal atmosphere purity.
- Intelligent IoT Remote Management Architecture: Optional smart IoT platform enables live synchronization of operating parameters, automated historical data logging, active alarm push notifications, remote system diagnostics, and over-the-network technical assistance.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Lithium & Solid-State Battery Assembly | Processing lithium metal foils, sulfide/oxide solid electrolytes, and moisture-sensitive pouch cell chemistries. | Prevents electrolyte degradation and lithium passivation by maintaining ultra-dry H2O < 1 ppm and O2 < 1 ppm conditions. |
| Organometallic & Air-Sensitive Synthesis | Handling pyrophoric reagents, Grignard compounds, transition metal catalysts, and moisture-reactive precursors. | Eliminates oxidation risks and hazardous atmospheric exposure during multi-step chemical reactions and transfers. |
| Perovskite Solar Cell Fabrication | Spin-coating, thermal annealing, and encapsulation of halide perovskite absorber layers. | Ensures uniform crystallization and prevents rapid degradation caused by ambient relative humidity. |
| Advanced Powder Metallurgy & 3D Printing | Sifting, handling, and blending reactive titanium, aluminum, or spherical alloy powders. | Prevents surface oxidation and explosive hazards during powder handling and laser sintering preparation. |
| Specialty Welding & Laser Processing | Inert gas sealing, micro-welding, and hermetic encapsulation of electronic and aerospace components under pure argon. | Delivers pristine, void-free weld joints without oxide inclusions or atmospheric contamination. |
| Semiconductor & Optoelectronic Packaging | Precision assembly, wire bonding, and sealing of moisture-sensitive microelectronics and OLED displays. | Maximizes device operational lifespans by mitigating moisture ingress and interfacial degradation. |
Technical Specifications
| Subsystem | Parameter | Specification (ST12 Series) |
|---|---|---|
| Model Identification | Standard Series Identifier | ST12 |
| Atmospheric Purity | Moisture Concentration (H2O) | < 1 ppm |
| Oxygen Concentration (O2) | < 1 ppm | |
| Main Enclosure | Box Material | 304 Stainless Steel (Thickness: 3 mm) |
| Exterior Surface Finish | 304 Stainless Steel | |
| Interior Surface Finish | Oil-film brushed surface | |
| Modular Length Options | 1500 mm, 1800 mm, 2440 mm, 3660 mm, 4880 mm, 7320 mm | |
| Chamber Depth Options | 750 mm, 1000 mm, 1200 mm | |
| Chamber Height | 900 mm | |
| Viewing Window | Tilted transparent tempered safety glass, 8 mm thickness | |
| Glove Port Material | POM or Aluminum Alloy with O-ring seal | |
| Gloves | Butyl rubber, 0.4 mm thickness, 7" or 8" diameter | |
| Shelving Unit | 304 Stainless steel, 2-tier built-in, height adjustable | |
| Internal Lighting | Integrated LED lighting enclosed within protective fixture | |
| Feedthrough Ports | Standard DN40KF blank flanges, auxiliary ports, 1x 220V power interface | |
| Dust Filtration | Dual 0.3 μm particulate filters (1x gas inlet, 1x gas outlet) | |
| Purification Unit | Purification Column Configuration | Dual-column (continuous non-stop purification and alternating regeneration) |
| Column Vessel Construction | 304 Stainless Steel | |
| Purification Media per System | 5 kg Copper Catalyst (O2 removal), 5 kg Molecular Sieve (H2O removal) | |
| Total Purification Capacity | Oxygen removal: 60 L, Water absorption: 2 kg | |
| Compatible Working Gases | Nitrogen (N2), Argon (Ar), Helium (He) | |
| Circulation Blower Flow Rate | Standard: 90 m3/h (Optional: 145 m3/h, 180 m3/h) | |
| Regeneration Mode | Fully automatic PLC-controlled heating and purge sequence | |
| Regeneration Gas Requirement | Working gas blended with 5% to 10% Hydrogen (H2) | |
| Main Angle Valves | DN40KF electro-pneumatic angle valves | |
| Directional Control Valves | Integrated solenoid manifold valves | |
| Large Antechamber | Chamber Dimensions | Diameter: 360 mm, Length: 600 mm (Optional Diameter: 400 mm) |
| Chamber Material & Finish | 304 Stainless steel; brushed interior, painted or mirror exterior | |
| Antechamber Door | Vertical lifting mechanism, 10 mm anodized aluminum dual doors | |
| Internal Tray | Smooth-sliding 304 stainless steel loading tray | |
| Pressure Indication | Analog dial pressure gauge | |
| Evacuation & Refill Control | Automatic PLC control | |
| Small Antechamber | Chamber Dimensions | Diameter: 150 mm, Length: 300 mm (Optional Diameter: 100 mm) |
| Chamber Material & Finish | 304 Stainless steel; brushed interior, painted or mirror exterior | |
| Antechamber Door | Dual manual swinging doors with positive latching | |
| Pressure Indication | Analog dial pressure gauge | |
| Evacuation & Refill Control | Manual valve control | |
| Control & Instrumentation | System Controller | Siemens PLC with high-resolution color touchscreen |
| Operating Functions | Self-diagnostics, auto-restart on power loss, password security, auto-cycling | |
| Pressure Regulation Range | User-configurable within +/- 10 mbar; auto-cutoff protection at +/- 12 mbar | |
| Foot Switch | Standard dual-action pedal for manual pressure adjustment | |
| Data Management | Automated system parameter logging and historical trend recording | |
| Oxygen Analyzer | Electrochemical sensor, measurement range: 0 to 1000 ppm | |
| Moisture Analyzer | Dew point transmitter, measurement range: 0 to 500 ppm | |
| Vacuum Pump Options | Rotary vane pump with oil mist filter and gas ballast: 8 m3/h, 12 m3/h, 16 m3/h | |
| IoT Connectivity (Optional) | Mobile app control, cloud reporting, remote debugging, proactive alerts |
Why Choose This Product
- Continuous 24/7 Production Reliability: The dual purification column architecture ensures that routine catalyst regeneration never halts operations, maximizing equipment uptime for demanding pilot and industrial production schedules.
- Precision Atmospheric Stability: Advanced closed-loop Siemens PLC logic actively balances gas circulation, pressure levels, and regeneration cycles to sustain high-purity conditions below 1 ppm O2 and H2O under heavy sample throughput.
- Industrial Build Quality: Constructed with thick 304 stainless steel, electro-pneumatic DN40KF angle valves, and premium tempered safety glass, delivering superior chemical resistance and mechanical seal integrity over years of intensive use.
- Modular and Custom-Tailored Engineering: Multiple chamber lengths up to 7320 mm, expanded blower capacities, custom feedthrough flanges, and integrated heating shelves provide flexibility to fit unique process workflows.
- Smart Digital Management: Optional IoT integration modernizes laboratory maintenance through real-time mobile tracking, cloud-based data compliance logs, and remote diagnostics to streamline preventative maintenance.
Contact our technical engineering team today to configure a dual purification glove box tailored to your exact process dimensions, throughput requirements, and analytical specifications.
Trusted by Industry Leaders
Product Datasheet
Dual Purification Series Laboratory Vacuum Glove Box System
REQUEST A QUOTE
Our professional team will reply to you within one business day. Please feel free to contact us!
Related Products
Vacuum Pre Sealing Machine Top Side Sealing Machine
Vacuum pre sealing machine and top side sealing machine for battery packaging with adjustable sealing time precise temperature control high vacuum operation and dependable laboratory production performance for consistent pouch cell processing and efficient glovebox workflows across demanding research environments
Laboratory Hydraulic Press Lab Pellet Press Machine for Glove Box
Precision lab press for glove boxes: Compact, leak-proof design with digital pressure control. Ideal for inert atmosphere material processing. Explore now!
Ultrasonic Metal Welding Machine for Glovebox Use
Ultrasonic metal welding machine for glovebox use supports aluminum foil and nickel copper foil tab welding with 800W 40kHz power precise 4 x 4 mm weld area and controlled utility requirements for battery research laboratory assembly workflows under specified compressed air conditions.
Glove Box Compatible Automatic Cylindrical Battery Sealing Machine
Automatic cylindrical battery sealing machine for glove box operation, three-stage sealing, precise molding, strong airtightness, high consistency, and reliable production of 18650 and 21700 cells with PLC touchscreen control, adjustable parameters, compact construction, and efficient automated loading and unloading
Ultrasonic Metal Welding Machine for Glovebox Use
Ultrasonic metal welding machine for glovebox use supports 0.1 mm aluminum strip to cap welding with a 1.5 x 3 mm weld area 220V power configurable tooling for battery cell cap assembly in controlled laboratory environments with bilingual control software.
Ultrasonic Metal Welding Machine for Glove Box Use Battery Tab Cap Welding
Ultrasonic metal welding machine for glove box use, featuring 220V operation, 0.4-0.6MPa air supply, metric controls, and customizable welding tooling for battery research and advanced materials laboratories requiring compact, repeatable metal joining performance within controlled laboratory workflows.
Laboratory Battery Vacuum Standing Box for Electrolyte Soaking
Laboratory battery vacuum standing box supports electrolyte absorption in pouch and cylindrical cells, using stable deep vacuum, programmable cycle operation, adjustable resting time, and a compact split control design for flexible research workflows and pilot-scale battery preparation tasks.
Pouch Cell Secondary Vacuum Sealing Machine with Automatic Puncture
Pouch cell secondary vacuum sealing machine with automatic puncture, adjustable temperature, pressure, sealing time, compact construction, and precise battery packaging performance
100L Planetary Dispersion Vacuum Mixer with Cantilever Lifting Bucket for Battery Slurry
100L planetary dispersion vacuum mixer with cantilever lifting bucket, dual planetary agitation, four dispersing discs, 45-100L working volume, and high-viscosity battery slurry processing up to 1,200,000 cP with jacketed temperature control, stainless steel wetted parts, and mobile discharge design.
30L Planetary Vacuum Dispersing Mixer for Battery Slurry
30L planetary vacuum dispersing mixer for battery slurry processing, high-viscosity powder-liquid mixing, dual agitation, high-speed dispersion, temperature control, and reliable vacuum operation with 15-30L working capacity, 304 contact parts, electric lifting, and mobile casters for research and pilot production environments
2L Laboratory Planetary Vacuum Mixer Cantilever Lifting Bucket
2L laboratory planetary vacuum mixer with cantilever lifting bucket for homogeneous battery slurry dispersion and high viscosity processing up to 1,200,000 cP, with adjustable heating cooling, precise dual agitation, and robust stainless steel construction for research scale production.
Pouch Cell Secondary Vacuum Final Sealing Machine
Improve pouch cell finishing with a secondary vacuum final sealing machine featuring automatic piercing adjustable heat sealing pressure precise temperature control and flexible setup for reliable battery packaging with robust chamber construction.
5L Laboratory Slurry Iron Removal Filtration System for Lithium Battery Electrode Production
5L laboratory slurry iron removal filtration system combines vacuum filtration and 8000–10000 gauss magnetic separation for consistent lithium battery electrode coatings before coating with cleanable stainless construction flexible filter mesh selection reliable pilot scale processing and routine maintenance
Vacuum Standing Pre Sealing and Side Sealing Two in One Machine for Pouch and Cylindrical Batteries
Vacuum standing and pre sealing side sealing machine for pouch and cylindrical battery electrolyte infusion, vacuum heat sealing, adjustable pressure, temperature, dwell time, PLC touch control, and glovebox compatible operation for consistent laboratory battery assembly workflows and pilot production.
Benchtop Automatic Vacuum Hot Press for Advanced Material Processing
High-precision benchtop automatic vacuum hot press delivering 25 tons of force, dual large-area heated platens up to 300°C, oil-free clean vacuum, programmable multi-stage pressing for repeatable results. Perfect for solid-state battery fabrication, polymer film lamination, and advanced material development.
Rotary Secondary Vacuum Sealing Machine for Polymer Lithium Battery Packaging
Rotary secondary vacuum sealing machine for polymer lithium battery packaging, combining dual-fixture alternating processing, precision positioning, controlled thermal sealing, electrolyte recovery, and -95 kPa vacuum capability with adjustable cycle timing and touchscreen fault indication.
1L 2L 3L 5L Hand Operated Laboratory Vacuum Mixer
Hand operated laboratory vacuum mixer for battery slurry, glue, and chemical processing, featuring 1L and 2L capacities while supporting 3L and 5L product searches variable speed heating and dependable vacuum processing for research teams
Three in One Resting Pre Sealing and Secondary Sealing Machine
Three in one resting pre sealing and secondary sealing equipment combines vacuum electrolyte absorption controlled hot pressing and repeatable pouch battery packaging for dependable cell manufacturing workflows in laboratory pilot line and research environments with adjustable pressure and temperature.
150ml Cup Vacuum Mixer With Built In Vacuum Pump For Battery Slurry Ceramic Powder Dispersion
150ml cup vacuum mixer with built-in vacuum pump for battery slurry, ceramic powder, and laboratory material dispersion, bubble-free processing, adjustable speed, programmable mixing time, compact design, and dense consistent results for demanding research and pilot-scale preparation with reliable sealing
20L Laboratory Planetary Dispersion Vacuum Mixer Cantilever Lifting Bucket for Lithium Battery Slurry Mixing
20L laboratory planetary dispersion vacuum mixer with cantilever lifting bucket for lithium battery slurry mixing, high viscosity processing, precise heating cooling, and uniform powder liquid dispersion under vacuum conditions for dependable scalable research and production workflows consistent results.