Продукти за bit ly 3foxr4o (3)

Accufab-l4k

Accufab-l4k

A highprecision resin 3D printer that improves prototyping efficiency and shortens the new product development lifecycle.Unparalleled Accuracy Accurate Precise IT7 level printing accuracy, to ensure the printing size is consistent with the design size. Outstanding Uniformity High luminance uniformity achieves up to 90%. Beyond the Limits Provides not only the possibility to obtain features, smaller than a pixel, but also superior surface finish.StateoftheArt Robustness AccuFab L4K’s 5 million layers tested in real engineering condition provides state of the art reliability. District Cooling System DCS (District Cooling System) maintains the temperature of optical system under 40℃, while extending the 3D printer lifespan significantly. Industrial Grade Components and Quality Inspections Assembly production adopts industrialgrade components, passed 21 strict factory inspections, to ensure the high quality of the factory equipment. Resolution:3840×2400 Pixel Size:0.05mm Wavelength:405 nm Light Intensity:3 mw/cm^2 Light Source:UV LED + LCD Print Size:192 mm×120 mm×180 mm Print Speed:10~ 50 mm/h Tolerance:±0.05 mm Layer Thickenss:0.025 / 0.05 / 0.075 / 0.1 mm Working Temperature:20℃ ~ 30℃ Working Humidity:30%~ 70% Weight:19 kg
Комплект за разработчици i.MX6 QNX

Комплект за разработчици i.MX6 QNX

Entwicklungskit zum schnellen Start in Ihr QNX Projekt Sie möchten schnell und unkompliziert ein Evaluierungskit in Betrieb nehmen und mit Ihrer Applikationsentwicklung starten? Unsere QNX Developer Kits befähigen Sie dazu! Neben industrietauglichen Displays, den vielfältigen CPU-Modulen (SOM) die jeweils auf der neuesten Generation von ARM-CPUs aufbauen und den Carrier Boards, erhalten Sie auch die aktuellsten emtrion hauseigenen QNX BSPs.
FPGA модул VC Power SoM - FPGA-базиран хардуерен ускорител

FPGA модул VC Power SoM - FPGA-базиран хардуерен ускорител

Der FPGA-basierte Hardwarebeschleuniger übernimmt komplexe Bildvorverarbeitungen und kann einfach in das Design von Embedded Vision Elektroniken integriert werden.