The innovative application of high-speed Flight® Technology on HT1001P CAMS platform boosts industry-leading productivity for large-sized parts.
QUAD-FIBER LASER FOR MAXIMUM PRODUCTIVITY
The innovative application of high-speed Flight® Technology on HT1001P CAMS platform boosts industry-leading productivity for large-sized parts. Featuring expanded build cylinder measuring 1000 mm×500 mm×450 mm and powerful dual or quad 300-watt fiber
lasers, the Flight® HT1001P creates two or four ultra-fine laser spots with fast scanning speed of up to 20 m/s (66ft/s) for each; the continuous batch production capability significantly improves machine uptime and offers maximum throughput yield per floor area within the same time frame.
QUALITY ENGINEERING PARTS
The Flight® HT1001P is capable of achieving chamber temperatures of up to 220℃ to process high-temperature engineering materials such as PA6, PA66 for direct-use end parts. With patented multi-zone heater & intelligent temperature control system, the Flight®HT1001P can achieve an uniform thermal distribution throughout the platform, ensuring the consistent mechanical properties and surface quality of the build parts.
POWDER MANAGEMENT
Designed for industrial-scale manufacturing, the Flight® HT1001P system is featured with a comprehensive, closed-loop powder handling system with increased level of automation and minimal operator interaction with the powder. Highly efficient top-feeding powder delivery, robust roller re-coating system and fully enclosed de-powdering station enables streamlined material workflow with improved productivity, safety and operation ease.
OPEN & MODULAR
The Flight® HT1001P like all Farsoon systems is fully open. This means Farsoon system is an open material model. Besides a list of standard material config files ready for serial production, users have full access to a wide range of key parameters for tuning
customized processing parameters from third party engineering materials. In addition, the Flight® HT1001P’s modular design allows for the easy addition of future stations for pre and post-processing as well as integration into existing production lines.
