ENCLOSURE & ELECTRONICS INTERFACE SYSTEMS
Modular mechanical interface systems for mounting, cooling, shielding, and integrating electronics into physical equipment and environments.
Infinity Skies Enclosure & Electronics Interface Systems provide standardized mechanical infrastructure that connects electronic assemblies, enclosures, and subsystems to equipment, racks, and facilities—without redesigning the electronics or enclosure itself.
These systems replace one-off brackets, ad-hoc panels, and undocumented interfaces with repeatable, configurable mechanical architecture.
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What This System Solves
Electronics integration commonly fails at the mechanical interface:
- Enclosures don’t align to equipment or racks
- Cooling and airflow are improvised late
- EMI interfaces are inconsistent or unverified
- Mounting features vary between programs
- Maintenance access is sacrificed
Infinity Skies establishes repeatable mechanical boundaries between electronics and the physical world.
System Architecture
Enclosure & Electronics Interface Systems are composed of interoperable modules that manage structure, thermal paths, airflow, shielding, and serviceability.
1. Enclosure Mounting Interfaces
Primary structural interfaces between enclosures and equipment.
- Enclosure mounting plates
- Rack and frame adapter plates
- Machine-to-enclosure interface plates
- Floor and skid mounting adapters
Provides rigid, documented load paths.
2. Thermal & Cooling Interfaces
Mechanical components that manage heat transfer and airflow.
- Heat sink interface plates
- Cold plate mounting surfaces
- Airflow management plates
- Fan and duct interface brackets
Designed for predictable thermal performance.
3. EMI & Environmental Sealing Interfaces
Mechanical interfaces that support shielding and sealing.
- EMI gasket interface plates
- Shielded flange interfaces
- Door frames and sealing surfaces
- Controlled compression features
Ensures repeatable EMC performance and enclosure integrity.
4. Access, Service & Panel Interfaces
Interfaces that enable access without compromising structure.
- Removable access panels
- Hinged door frames
- Slide-out and swing-away mounts
- Tool-less service interface features
Supports maintenance and upgrade cycles.
5. Cable, Harness & Motion Interfaces
Mechanical routing and motion control for interconnects.
- Cable arm mounting interfaces
- Strain relief and clamp plates
- Pass-through and bulkhead adapters
- Sliding and docking interfaces
Reduces cable fatigue and installation errors.
Core Modules (Standardized Components)
Enclosure & Electronics Interface Systems are built from:
- Enclosure mounting plates
- Thermal interface plates
- EMI gasket and sealing interfaces
- Door frames and access panels
- Cable and harness interfaces
- Structural adapter plates
All modules comply with the Unified Modular Standard for geometry, fasteners, and datums.
Configuration Logic
Systems are configured based on:
- Enclosure size and material
- Thermal load and cooling strategy
- EMI and environmental requirements
- Mounting orientation and access needs
- Cable routing and motion requirements
- Facility or rack interface constraints
Interfaces remain stable even as electronics evolve.
Example Applications
- Semiconductor and electronics equipment
- Industrial control cabinets
- Test and measurement systems
- Power electronics enclosures
- Battery and energy systems
- Automation and robotics platforms
Used across development, production, and field deployment.
Expansion Path
Enclosure & Electronics Interface Systems integrate directly with:
- Sliding & Motion Systems
- Equipment Mounting Systems
- Ground Support & Handling Systems
- Plug-and-Play Equipment Modules
Creating a unified mechanical platform across the entire system.
Compliance & Standards
All Enclosure & Electronics Interface Systems conform to:
- Infinity Skies Unified Modular Standard
- Defined datum and fastener architecture
- Documented materials and finishes
- EMI and environmental interface best practices
- Long-lifecycle industrial system requirements
Designed for non-flight, high-reliability electronics integration.
Engineer-to-Engineer
Electronics fail at interfaces, not at schematics.
Explore standard enclosure interface modules or request a configuration engineered for your enclosure, environment, and integration constraints.