Customized Chassis Design and Engineering
Offer end-to-end design services for customized chassis, from initial concept through to final production. This can include detailed engineering, CAD modeling, structural analysis, and thermal simulations.
EMI-Shielded Enclosure Design for RF Scanner Systems
YW-TECH designs and builds EMI-shielded housings for RF scanner systems, protecting sensitive electronics from interference in demanding field environments.
Compact Metal Cabinet Design for AESA Radar Systems
Custom compact metal cabinets engineered for AESA radar systems, with precision sheet-metal fabrication, EMI shielding, and ruggedized mounting.
Military-Grade EMI-Shielded Chassis for 3D Radar
Military-grade, EMI-shielded chassis fabricated for 3D radar platforms, built to withstand shock, vibration, and harsh operational conditions.
Radar Detection Enclosures for Harsh Environments
Radar detection enclosures built for harsh-environment protection, with sealed, shielded construction for reliable field and marine deployments.
IP65 Die-Cast Aluminum Chassis with Thermal Management
IP65 die-cast aluminum chassis with integrated thermal management and energy-efficient cooling for industrial modular electronics.
Smart Polycarbonate Enclosures with EMI/RFI Shielding
Smart polycarbonate enclosures with EMI/RFI shielding and structural optimization, lightweight and corrosion-resistant for sensitive electronics.
Vibration-Resistant Enclosure for Sonar Systems
Vibration-resistant modular enclosures designed for sonar systems, isolating sensitive components from shock in naval and subsea applications.
EMI/RFI-Shielded Enclosure for Radar Control Units
EMI/RFI-shielded enclosures engineered for radar control units, combining precise fabrication with reliable electromagnetic protection.
EMI/RFI-Shielded Sheet Metal Chassis for MRI Systems
EMI/RFI-shielded sheet-metal chassis custom-built for MRI equipment, fabricated to strict tolerances for medical imaging environments.
Edge Computing Cabinet Enclosures (Low-Volume, High-Mix)
Edge computing cabinet enclosures produced for low-volume, high-mix programs, with flexible manufacturing for specialized compute deployments.