We provide precision assembly and aerospace-grade packaging services designed to protect mission-critical hardware throughout manufacturing, integration, transport, and deployment.
Our assembly processes follow stringent aerospace standards such as ECSS, NASA-STD, and IPC Class 3, ensuring each component is handled, installed, and tested with the highest level of care and technical accuracy. From subsystem integration to complete box builds, we ensure full mechanical and electrical functionality before shipment.
To protect sensitive electronics, flight hardware, and payload components, we use ESD-safe, cleanroom-compatible packaging methods that maintain product integrity during storage, transit, and delivery. Our packaging is tailored to meet both space agency and customer-specific shipping requirements, ensuring your systems arrive ready for integration and operation.
Our Assembly & Packaging Capabilities Include:
Mechanical & electrical subassembly integration
Cleanroom-compatible handling and final assembly
Fastener torqueing, connector mating, and labeling
Custom ESD-safe packaging with anti-static materials
Vibration- and shock-resistant crating for sensitive equipment
Serialization, traceability tags & documentation packages
Packaging for launch site delivery or long-term storage
At Avenir Technologies, we ensure your aerospace systems are assembled with precision and packaged with protection—delivering reliability from our facility to your mission destination.
Mechanical & Electrical Subassembly Integration
We provide precision mechanical and electrical subassembly integration services for aerospace systems that demand the highest levels of performance, reliability, and quality assurance.
Our integration process brings together structural components, electronics, harnesses, connectors, fasteners, and thermal elements into fully functional subassemblies—each built to meet strict aerospace standards such as ECSS, NASA-STD, and IPC Class 3.
We work in controlled environments, including ESD-protected zones and ISO-certified cleanrooms, to ensure the integrity of sensitive avionics, satellite payloads, power distribution units (PDUs), and onboard electronics. Every subassembly is functionally tested, documented, and prepared for seamless integration into your larger system or platform.
Our Subassembly Integration Capabilities Include:
Assembly of structural frames, enclosures, and brackets
Mounting and wiring of PCBs, harnesses, and connectors
Integration of thermal straps, EMI gaskets, and shielding components
Torque-controlled mechanical assembly and fastener installation
Electrical continuity and insulation resistance testing
Cleanroom and ESD-compliant processes with full traceability
Configuration control and integration support documentation
Cleanroom-compatible handling and final assembly
We specialize in cleanroom-compatible handling and final assembly of aerospace systems where contamination control, precision, and reliability are critical to mission success.
Our assembly processes take place in ISO Class 7 and Class 8 cleanroom environments, ensuring all components—especially sensitive electronics, optical systems, and space-grade hardware—are protected from particulate contamination, electrostatic discharge (ESD), and environmental stress during final integration.
Our trained technicians follow stringent aerospace protocols and work instructions aligned with ECSS, NASA, and IPC Class 3 standards, ensuring each unit is assembled with maximum care, traceability, and quality control. Every final assembly undergoes visual inspection, functional testing, and compliance verification before packaging and dispatch.
Our Cleanroom Assembly Capabilities Include:
ISO-certified cleanroom environments (Class 7/8)
ESD-safe tools, workstations, and protective handling
Final integration of flight electronics, harnesses, and mechanical parts
Torque-controlled fastener installation and alignment verification
Cleanroom gowning and contamination control protocols
Detailed work instructions and final assembly documentation
Fastener torqueing, connector mating, and labeling
We ensure precision mechanical and electrical integrity through expert fastener torqueing, connector mating, and labeling—key steps in assembling aerospace hardware that must endure extreme operational environments.
Our team follows strict torque control procedures using calibrated tools to secure structural and electronic components with repeatable accuracy. Each connector—whether RF, fiber optic, or data—is mated under ESD-safe and cleanroom-compliant conditions, ensuring optimal signal integrity and mechanical reliability.
To support traceability and ground handling, we implement standardized aerospace labeling, including barcoding, serialization, and color-coded identification. All processes adhere to NASA-STD-8739, IPC/WHMA-A-620, and ECSS-Q-ST standards.
Key Capabilities Include:
Precision torqueing of mechanical fasteners to engineering specs
ESD-safe connector mating and verification (D-sub, MIL-spec, etc.)
Connector polarization, locking, and retention checks
Durable aerospace-grade labeling for cables, assemblies & enclosures
Serialization and traceability marking using thermal transfer or laser systems
Full documentation and verification logs for quality assurance
Custom ESD-safe packaging with anti-static materials
We offer custom ESD-safe packaging solutions engineered to safeguard your critical aerospace hardware during transport, storage, and integration.
Every component, subassembly, or fully integrated system is packaged using anti-static, conductive, and cushioned materials that comply with ESD protection standards (ANSI/ESD S20.20, MIL-STD-1686). Our packaging process is designed to prevent electrostatic discharge, moisture ingress, and mechanical shock—ensuring your mission-critical hardware arrives contamination-free and fully functional.
Whether you’re shipping flight electronics, wire harnesses, or high-rel enclosures, our team provides tailored packaging solutions based on part geometry, fragility, and handling conditions, all while maintaining cleanroom and space-grade compatibility.
Our ESD Packaging Capabilities Include:
Custom-cut ESD-safe foam inserts and anti-static bags
Shielded, moisture-resistant, and vacuum-sealed enclosures
Double-layer packaging for launch site or export shipment
Barcoded, serialized, and labeled crates for traceability
Packaging validated for vibration, shock & thermal transport profiles
Compliance with aerospace logistics and export control standards
Vibration- and shock-resistant crating for sensitive equipment
We delivers vibration- and shock-resistant crating solutions engineered to protect your most sensitive aerospace equipment through the rigors of transport, handling, and deployment.
Our custom crating systems are designed to absorb mechanical stress and isolate payloads from external impacts using multi-layer damping materials, foam suspension systems, and reinforced enclosures. Whether transporting avionics, flight hardware, satellite components, or integrated systems, we ensure structural and functional integrity is preserved from cleanroom to launch site.
Each crate is built to meet or exceed aerospace transport standards (e.g., MIL-STD-810, ISTA, and NASA-STD), and can be customized for environmental sealing, humidity control, and shock logging. We offer full traceability, packaging validation, and documentation for quality and compliance assurance.
Our Crating Capabilities Include:
Custom-designed shock-absorbing crate interiors
Multi-axis vibration dampening and payload stabilization
Reinforced outer enclosures with weather and impact resistance
Humidity-controlled and anti-static inner liners
Integrated shock & tilt indicators and data loggers
Compliance with space agency and international shipping standards
Serialization, traceability tags & documentation packages
We ensure full lifecycle visibility and compliance for all aerospace components through advanced serialization, traceability tagging, and comprehensive documentation packages.
Each part, subassembly, and system we manufacture or integrate is assigned a unique serial number for precise tracking across production, inspection, testing, and deployment. Using laser marking, barcoding, and RFID-enabled tags, we maintain a robust digital thread that ensures full traceability—critical for quality assurance, mission reliability, and regulatory compliance.
Our documentation packages include as-built records, inspection reports, material certifications, test data, and compliance declarations, all organized to meet stringent requirements set by ECSS, NASA, and MIL-STD protocols.
Key Capabilities Include:
Unique serialization for parts, assemblies & systems
Durable tags: laser-engraved, barcode, QR, or RFID formats
Real-time tracking throughout manufacturing & QA workflows
Comprehensive document kits with traceable revision history
Compliance with ECSS-Q-ST-10, NASA-STD-8739, and AS9100 standards
Digital and physical delivery formats to support integration and audits
Packaging for launch site delivery or long-term storage
We specialize in mission-critical packaging solutions engineered for both launch site delivery and long-term storage of aerospace systems and subsystems.
Our packaging methods are designed to ensure maximum protection against mechanical shock, vibration, electrostatic discharge (ESD), moisture, and contamination. Whether hardware is in transit to a launch site or being stored in a controlled environment, we maintain its operational readiness and integrity throughout.
We employ custom-engineered crates, anti-static liners, desiccants, humidity indicators, and optional vacuum sealing, depending on the sensitivity and mission requirements of the payload. All packaging complies with applicable aerospace and space agency standards, including NASA, ISRO, ECSS, and MIL-STD protocols.
Our Launch & Storage Packaging Capabilities Include:
Aerospace-compliant containers for flight hardware and subsystems
Moisture barrier bags, vacuum sealing & nitrogen purging options
Long-term corrosion and humidity protection with desiccants & indicators
Launch-ready packaging for cleanroom-to-pad transfer
Shock-resistant and ESD-safe crating for high-value electronics
Packaging validation and documentation for traceability and audit compliance
