Glove box for 3D printing Additive manufacturing
Glove Box for 3D Printing & Additive Manufacturing
Controlled Atmosphere for High-Precision Printing
Oxygen & Moisture Control for Superior Print Quality
Product Overview
The Glove Box for 3D Printing and Additive Manufacturing from Burhani Engineering Technology is engineered to provide a controlled inert atmosphere for oxygen- and moisture-sensitive additive manufacturing processes. Designed to enclose or interface directly with 3D printers, the system minimizes oxidation, moisture absorption, and powder degradation—resulting in improved material quality, enhanced part consistency, and superior mechanical properties.
This glove box is ideal for metal, polymer, and specialty material additive manufacturing requiring precise environmental control.
Why Use a Glove Box for Additive Manufacturing
✔ Prevents oxidation of metal powders
✔ Protects hygroscopic polymers and composites
✔ Improves print repeatability and part strength
✔ Enables safe handling of reactive powders
✔ Reduces contamination during printing and post-processing
Performance Capabilities
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Atmosphere Control: Inert gas (N₂ / Ar)
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Oxygen Level: < 1 ppm (optional)
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Moisture Level: < 1 ppm H₂O (optional)
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Vacuum & Purge: Rapid atmosphere conditioning
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Pressure Stability: Suitable for continuous printing operations
Design & Construction
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High-clarity acrylic or stainless-steel enclosure
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Large working volume for printers and accessories
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Ergonomic glove ports for powder handling and part removal
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Leak-tight construction to maintain stable atmosphere
Vacuum & Gas Handling System
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Vacuum evacuation to remove ambient air
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Inert gas purge and refill cycles
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Optional continuous gas circulation and purification
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Compatible with standalone or integrated purifier units
Purification & Monitoring (Optional)
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Oxygen removal using getter or catalyst technology
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Moisture removal via molecular sieve / desiccant
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High-accuracy O₂ and H₂O analyzers (ppm range)
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Digital display with alarms and data logging capability
Technical Specifications
| Parameter | Specification |
|---|---|
| Application | Additive manufacturing / 3D printing |
| Chamber Material | Acrylic / Stainless Steel |
| Atmosphere Gas | N₂ / Ar |
| Vacuum Level | Up to 10⁻³ mbar |
| Oxygen Level | < 1 ppm (optional) |
| Moisture Level | < 1 ppm (optional) |
| Glove Ports | 2 or more (customizable) |
| Printer Integration | Standalone or printer-enclosed |
| Feedthroughs | Electrical, gas, data |
| Pressure Control | Manual / automatic |
| Power Supply | 230 VAC, 50/60 Hz |
Supported Additive Manufacturing Processes
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Metal powder handling (SLM / DMLS / EBM pre- & post-processing)
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Polymer and composite 3D printing
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Reactive and hygroscopic material printing
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Research-grade and prototype AM workflows
Standard Supply
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Additive manufacturing glove box enclosure
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Glove ports with gloves
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Vacuum and purge valves
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Pressure gauge
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User manual
Optional Upgrades
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Integrated gas purification system
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Oxygen & moisture analyzers
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Large-format chamber design
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Printer-specific integration ports
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Powder recovery and handling features
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Data logging & remote monitoring
Why Burhani Engineering Technology?
Burhani Engineering Technology delivers application-specific glove box solutions for advanced manufacturing. Our additive manufacturing glove boxes are engineered to support material integrity, process stability, and operator safety, enabling consistent, high-quality 3D printing results.
📞 Contact Us
+91 9677296252
Looking for a custom glove box for 3D printing or additive manufacturing?
Contact Burhani Engineering Technology for consultation and system integration.
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