MARKETS
ECAM's precision, efficiency, and material versatility is transforming manufacturing across industries, making it a enabling countless game-changing applications.
THERMAL MANAGEMENT
Fabric8Labs collaborates with customers to produce AI-optimized thermal solutions based on their application’s unique heatmaps.
We improve the thermal performance of CPU/GPU cooling hardware by more than 100%, enabling the thermal design power (TDP) roadmap of next-generation AI/ML hardware to exceed 3 kW per device.
- Stress Free Pure Copper
- Application Specific Designs With 33 Micron Resolution
- Print Direct To Metal Foil, Ceramic & Packaged Silicon
CUSTOM HEAT MAP OPTIMIZED COOLING SOLUTION
MAXIMIZE PERFORMANCE
LOWER TCO
Custom cooling solutions
WIRELESS COMPONENTS
Our technical experts collaborate with customers to produce AI-optimized 3D antennas, low loss RF filters and waveguides for high frequency (Ka through Y band) applications that provide higher Gain, HPBW, and VSWR performance.
- Pure Metal Deposition At Room Temperature
- Printing Direct To Circuit Boards
- High Resolution Printing Of Features Optimized for mmWave Applications
Improved axial ratio and UWB performance
LOW SURFACE ROUGHNESS
CMMC LEVEL II CERTIFIED
POWER ELECTRONICS
Our technical experts collaborate with customers to produce ceramic-based substrates for power electronics applications with pure copper printed at customized thicknesses for power and signal traces, as well as integrated thermal management structures.
- Print Directly Onto Ceramics (SiN, Al2O3, etc.)
- Stress-free, High Conductivity Copper Structures Printed At Room Temperature
- Integrated Thermal Management Features On DBC Substrates To Remove TIM
DIRECT PRINT TO REMOVE TIM
Reduce overall package size
IMPROVED THERMAL
PERFORMANCE
EMERGING APPLICATIONS
Our technical experts collaborate with customers to produce products for wide range of conductive materials for catalysis, medical devices, connectors and micro-mechanical components.
ECAM’s exceptional printing resolution surpasses traditional techniques and is crucial for intricate micro-medical components. Unlike traditional methods that involve high temperatures, ECAM operates at room temperature. This minimizes thermal stresses and warping, which is essential for maintaining the delicate structures of micro-medical components.
- High Resolution & Geometric Freedom
- Room Temperature Deposition Without Post-print Deformation
- Wide Range of Alloy-systems Available
Increased surface area
Combine geometries for optimized performance
