We specialize in the fabrication of high-reliability (Hi-Rel) enclosures and mechanical structures engineered to meet the exacting demands of aerospace and space-grade applications.
Our enclosures are designed and built to protect mission-critical electronics, payloads, and subsystems from environmental stressors such as vibration, EMI, thermal extremes, and vacuum exposure. Using aerospace-approved materials, precision machining, and advanced surface treatments, we ensure structural integrity, thermal performance, and long-term durability in every product we deliver.
From lightweight aluminum housings for satellites to ruggedized chassis for avionics, our Hi-Rel fabrication processes are backed by rigorous inspection, documentation, and compliance with ECSS, NASA, and MIL-STD standards.
Our Enclosure & Hi-Rel Fabrication Capabilities Include:
Custom aluminum, titanium & composite enclosures
CNC machining, sheet metal forming & structural integration
EMI/EMC shielding & thermal management solutions
Precision cutouts, inserts & connector mounting
Anodizing, chemical conversion, and space-grade coatings
Full documentation, dimensional inspection & compliance validation
Custom aluminum, titanium & composite enclosures
We design and manufacture custom enclosures using aerospace-grade aluminum, titanium, and composite materials to meet the most demanding mechanical and environmental requirements of space and aviation systems.
Our enclosures are engineered to offer lightweight strength, thermal stability, and superior EMI/EMC protection—ensuring long-term performance in critical applications such as satellite payloads, onboard avionics, power distribution units (PDUs), and ground support systems.
Each enclosure is precision-machined and finished to exact specifications, with meticulous attention to mechanical tolerances, mounting provisions, and surface treatments. Whether your mission demands radiation resistance, low outgassing, or extreme thermal protection, we deliver enclosures that are both technically robust and space-qualified.
Key Features:
Custom designs using aluminum (6061, 7075), titanium, and advanced composites
Lightweight construction with high structural integrity
Machining, forming, and bonding for complex geometries
Surface treatments: anodizing, chemical conversion, conductive coatings
Integrated thermal solutions and EMI shielding options
Full documentation, inspection reports, and compliance with ECSS, NASA, and MIL-STD
CNC machining, sheet metal forming & structural integration
We offer precision CNC machining, advanced sheet metal forming, and structural integration services to support the full lifecycle of aerospace and satellite systems—from prototype to flight hardware.
Our in-house capabilities enable the fabrication of high-tolerance, complex parts and assemblies using aerospace-grade metals and composites. Whether you require lightweight chassis, electronic enclosures, thermal brackets, or custom mounting structures, we deliver components engineered to withstand the rigorous mechanical, thermal, and vibrational demands of launch and space operation.
We specialize in integrating mechanical structures with electronic systems, ensuring perfect alignment, mounting accuracy, and overall system reliability. Every part is manufactured under strict process controls and fully compliant with ECSS, NASA, and MIL-STD requirements.
Our Capabilities Include:
3-, 4- & 5-axis CNC machining of aluminum, titanium, and other aerospace alloys
Precision sheet metal forming, bending, and punching
Welding, fastening, and structural bonding for lightweight assemblies
Machined enclosures, brackets, panels & heatsinks
Mechanical/electronic structural integration & alignment
Surface treatments: anodizing, chem film, passivation, powder coating
Dimensional inspection, FAI, and complete documentation packages
EMI/EMC shielding & thermal management solutions
We deliver advanced EMI/EMC shielding and thermal management solutions that are essential for the safe and reliable operation of aerospace electronics in high-stakes environments.
Aerospace systems must function flawlessly amid intense electromagnetic interference and extreme thermal conditions. Our custom-designed shielding solutions protect critical electronics from radiated and conducted EMI, ensuring compliance with MIL-STD-461, ECSS-E-ST-20, and other global standards. We use a variety of methods, including conductive coatings, gaskets, shielded enclosures, and proper grounding techniques to mitigate emissions and ensure signal integrity.
Thermal regulation is equally critical in space and aviation systems where convection is limited or nonexistent. We engineer passive and active thermal control systems—from heat sinks and thermal interface materials to integrated conduction paths and radiators—that manage heat dissipation without compromising performance or weight.
Our Capabilities Include:
EMI/EMC design analysis and compliance consulting
Shielded enclosures, cable shielding, and grounding systems
Conductive coatings (e.g., nickel, silver, carbon-based)
Thermal simulation and design (using FEA tools)
Custom heat sinks, thermal straps, and interface materials
Passive & active thermal control solutions for flight hardware
Full documentation and testing support (EMI/EMC and thermal cycling)
Precision cutouts, inserts & connector mounting
We provide precision cutouts, hardware inserts, and connector mounting solutions designed to support the mechanical and electrical integrity of aerospace enclosures and subsystems.
Our fabrication processes ensure tight-tolerance machining and accurate positioning of cutouts for switches, displays, ports, and aerospace-grade connectors. Whether for flight electronics, payload interfaces, or ground support units, we guarantee form, fit, and function in every assembly—built to withstand launch stresses, thermal cycling, and vibration.
We also install a wide range of threaded inserts, standoffs, and helicoils into metal and composite structures, providing durable fastening solutions for repeated mating and disassembly. Our team is skilled in mounting MIL-spec, circular, and high-density connectors with proper sealing, grounding, and strain relief—ensuring robust electrical and mechanical connections.
Our Capabilities Include:
CNC-machined cutouts with micron-level precision
Installation of PEM, Keensert, and Helicoil inserts
Mounting and integration of MIL-DTL & space-grade connectors
Sealing solutions for EMI, moisture, and pressure differentials
Fixture-supported drilling and alignment for critical tolerance zones
Complete mechanical and electrical inspection with compliance documentation
Anodizing, chemical conversion, and space-grade coatings
We offer advanced surface treatment solutions, including anodizing, chemical conversion, and specialized space-grade coatings, to enhance the performance, durability, and environmental resistance of aerospace components.
These treatments are critical for ensuring corrosion resistance, thermal control, electrical conductivity, and material stability in extreme aerospace conditions—from high-humidity launch environments to the vacuum of space.
Our team applies coatings that meet the strict standards of ECSS, NASA-STD-6001, MIL-DTL-5541, and MIL-A-8625, ensuring long-term reliability and compliance across structural, electronic, and mechanical systems.
Our Surface Treatment Capabilities Include:
Anodizing (Type II & Type III): For enhanced wear resistance, dielectric strength, and corrosion protection
Chemical Conversion Coating (Alodine/Chromate): For conductivity, grounding, and base prep for paint or adhesives
Low-outgassing Space-Grade Coatings: Suitable for thermal control, optical systems, and vacuum environments
Conductive & EMI Shielding Coatings: Silver, nickel, carbon-based solutions to manage emissions and protect circuits
Color coding & marking options for identification and system integration
Full documentation, certification, and RoHS/REACH compliance
Full documentation, dimensional inspection & compliance validation
We provide complete documentation, precision dimensional inspection, and rigorous compliance validation to ensure every aerospace component and assembly we deliver meets exacting industry and customer standards.
From initial fabrication to final delivery, our processes are built around traceability, accountability, and quality assurance. Every part undergoes comprehensive dimensional verification using advanced metrology tools—including CMM (Coordinate Measuring Machines), height gauges, and optical inspection systems—to confirm conformance to specified tolerances and GD&T (Geometric Dimensioning & Tolerancing) requirements.
All inspections and validations are accompanied by detailed, audit-ready documentation aligned with ECSS, NASA, MIL-STD, and AS9100 standards. Whether for flight hardware or critical ground systems, we deliver with the confidence that your product is verified, traceable, and compliant.
Our Quality & Compliance Services Include:
100% dimensional inspection with CMM and calibrated tools
First Article Inspection (FAI) per AS9102
Complete drawing & spec compliance validation
Material certificates, test reports, and inspection records
Manufacturing and assembly travelers
Documented sign-offs at every critical production stage
ECSS, NASA, IPC Class 3, and MIL-STD certification support
