The Lumia.X1, paired with LOCTITE® 3D 3843 Matte Black, enables the production of durable, functional components for unmanned aerial vehicles (UAVs). UAV applications require parts that combine mechanical strength, impact resistance, dimensional accuracy, and low weight. LOCTITE 3D 3843 offers a useful combination of tensile strength, flexibility, and impact resistance, making it suitable for housings, protective covers, mounting brackets, cable guides, and other functional drone components. Combined with Axtra3D’s Hi-Speed SLA and TruLayer technology, the Lumia.X1 enables rapid production of complex geometries with excellent surface quality and repeatability.
Metrics for Drone Cover:
1 full drone (body and 4 arms)
Parts / Platform
653 min
Time / Platform
437 g
Weight / Set
$88.23
Cost / Set
100 um
Layer Thickness
Loctite
3843
Material
Time from CAD to injection-ready mold
High Impact Resistance
With a notched Izod impact strength of 53 J/m and 43% elongation at break, the material can absorb impacts and accommodate mechanical stress. This is valuable for protective housings, guards, and components exposed to vibration or handling.
Strength and Structural Integrity
Delivers 51 MPa tensile strength and a flexural modulus of 1,783 MPa, supporting functional brackets, mounting systems, arms, and mechanical assemblies.
Lightweight, Functional Components
With a density of 1.18 g/cm³, the material supports the production of lightweight housings and complex geometries. Design optimization can further reduce component weight.
Thermal and Environmental Performance
Offers a heat deflection temperature of 63°C at 0.455 MPa. Henkel has also conducted accelerated UV weathering tests. Outdoor performance should be validated under actual operating conditions.
The Lumia.X1, paired with ATARU™ BLACK, enables the production of high-precision RF antenna components designed for demanding high-frequency applications. ATARU BLACK combines ultra-low dielectric loss with exceptional thermal resistance and mechanical strength, making it suitable for components where signal integrity and dimensional stability are critical. Combined with Axtra3D’s Hi-Speed SLA and TruLayer technology, the Lumia.X1 produces intricate antenna geometries with smooth surfaces, precise features, and consistent repeatability. This enables rapid development and production of RF components for telecommunications, aerospace, automotive, and advanced electronics.
TBD
Parts / Platform
TBD
Time / Platform
TBD
Weight / Set
TBD
Cost / Set
TBD
Layer Thickness
TBD
Material
Time from CAD to injection-ready mold
Signal Integrity at High Frequencies
Ultra-low dielectric loss helps minimize signal degradation, making ATARU BLACK suitable for high-frequency RF applications.
Exceptional Thermal Resistance
With glass transition and heat deflection temperatures exceeding 300°C, the material supports applications exposed to extreme thermal conditions.
Precision for Complex Geometries
Hi-Speed SLA and TruLayer technology deliver accurate features, smooth surfaces, and consistent dimensional control for intricate antenna designs.
Rapid Design Iteration
Produce and evaluate complex antenna designs quickly, reducing development cycles and enabling faster optimization of RF performance.
