The SmartBox
Component Protection & Storage
Current Challenges with System Maintenance
The prevailing system maintenance methodologies are encumbered by outdated and highly manual processes for the storage and transit of critical components:
These protocols rely on anachronistic preservation technologies that introduce significant operational friction and waste:
- Oil-filled Packaging: Components are packaged within oil-filled bags, a method that is cumbersome and environmentally problematic.
- Paper Wrapping: The application of simple paper wrapping provides minimal protection and requires subsequent reprocessing.
- Widespread Desiccant Use: There is an extensive and often indiscriminate reliance on desiccants to mitigate moisture, which necessitates frequent monitoring.
A critical challenge stems from the inherent finite shelf-life of these preservation methods, which consequently mandates a continuous cycle of resource-intensive interventions:
- Inspection and Cleaning: Components require periodic, meticulous inspection and cleaning to assess their condition.
- Repackaging for Extension: The shelf-life can only be prolonged through mandatory repackaging and re-preservation procedures.
These maintenance operations are characterized by endemic waste across both material and labor dimensions, contributing to elevated operational costs and reduced efficiency.
Furthermore, the methodologies present tangible Environmental, Health, and Safety (EH&S) concerns, primarily associated with the handling and disposal of materials such as oil and chemicals inherent in the preservation process.
Introducing the SmartBox
Keep mission-critical components protected, monitored, and ready to deploy, with modern technology. The GUARDIAN SmartBox automates the application of corrosion preventive compounds inside a secure, portable chamber, integrating seamlessly with Zulu Pods’ GUARDIAN Ecosystem.
Automated Component Protection
- Minimal application of corrosion preventive compounds (CPCs)
- Optimized fluid delivery to ensure full surface coating
- Simple user interface
- Available in multiple sizes; ranging from protecting bearings to gears to tie rods
- Standard offering is 110VAC with NEMA 5-15 plug
- Optionally available with primary batteries depending on size
Sensor-Driven Intelligence
- Onboard sensor array
- Temperature Â
- Humidity
- Analysis of environmental data
- Door safety sensor ensuring fluid has settled prior to door opening
SmartBox Benefits
- Maintains components in ready-to-use condition
- Indefinitely extends component shelf-life
- Replaces outdated bag-and-tag methods
- Fully portable
- Eliminate waste and EH&S concerns
- Custom sizes available
SmartBox Applications
SmartBoxes are scalable across manufacturing cells, lines, and hangars.
SmartBoxes can be used for transport of critical hardware like tie rods.
SmartBoxes can be used for indefinite part storage until ready to be used in manufacturing, repair, or overhaul.Â
SmartBox Features
- Component Level Corrosion Protection
- Constant Monitoring and Protection
- Automated Anti-Corrosion Fluid Application
- Temperature/Humidity Controlled Environment
- Indefinite Shelf-Life
- Modular and Portable
Why SmartBOX?
Gears, bearings, tie rods, and other stored components are prone to corrosion even when bagged-and-tagged. The SmartBox eliminates the need for these outdated methods by controlling the ambient environment and automatically applying anti-corrosion fluids. The SmartBox ensures components are always in ready-to-use condition and indefinitely extends shelf-life.
The SmartBox is ideal for manufacturing plants, depots, and MROs. It is modular and portable, requiring no facility upgrades. SmartBoxes come in a variety of standard sizes that make them scalable across cells, lines, and hangars.
