Professional ConnectionStable Ethernet connection, WPA2-Enterprise authentication Wi-Fi connection The H2D Pro can connect to your devices via its newly added Ethernet connector, ensuring reliable network communication in complex scenarios. Ethernet connectivity can also be used in densely populated wireless signal situations. Furthermore, the H2D Pro supports WPA2-Enterprise Wi-Fi Authentication (EAP-PEAP/EAP-TLS/EAP-TTLS) and individual physical kill switches for Wi-Fi, fulfilling stringent network security standards.Enterprise Integration SupportCustom Solution for Printer Management Bambu Lab provides professional assistance to organisations in custom-developing efficient printer fleet management technologies that satisfy their business integration requirements. Our skilled software R&D team provides complete technical assistance to clients in achieving the customised functionalities they seek. Dual-Nozzle, Enhanced ProductivityMulti-Material PrintingFlexible and rigid, low cost and exotic materials in a single printCombining flexible and rigid materials in a single print yields astonishing interlocking structures and unique patterns that go beyond typical production. Combining high-performance and standard materials minimises costs and increases material economy by using premium resources only when necessary.Dedicated Support MaterialEfficient Support Printing and Perfectly Smooth Interface Printing with assistance is no longer a hassle. With H2D’s dual-nozzle arrangement, one nozzle may be reserved for dedicated support material, resulting in a secure print and an ideal support interface.Efficient Multi-Colour PrintingFast and efficient multicolour printing Dual-nozzle printing shortens purge cycles in multi-colour prints. H2D’s intelligent algorithms optimise filament usage, maximising dual-nozzle efficiency to save time and materials. Professional High-Temperature Printing Solution350℃ (662°F) High-Temperature NozzlePrint engineering filaments betterA 350℃ (662°F) nozzle maximises the performance of your high-temperature engineering filaments. When printing high-temperature materials such as PPA-CF, PPS, and PPS-CF, layer bonding improves, resulting in stronger and more reliable products.65℃ (149°F) Active Chamber Heating & CoolingLess failure, stronger prints The H2D Pro has a 65°C active chamber heater and adaptive air circulation to automatically adjust chamber temperature for optimal printing. Active flaps regulate internal/external airflow based on filament type, minimising low-temperature clogging, lowering high-temperature warping, enhancing layer bonding, and maximising each material’s strengths.Active Chamber Heating and Cooling at 65°C (149°F)Less failure, stronger prints. The H2D Pro has a 65°C active chamber heater and adaptive air circulation to automatically adjust chamber temperature for optimal printing. Active flaps regulate internal/external airflow based on filament type, minimising low-temperature clogging, lowering high-temperature warping, enhancing layer bonding, and maximising each material’s strengths. Tungsten Carbide Super Durable NozzleHRA 90 Tougher nozzle, lower maintenanceThe tungsten carbide nozzle of the H2D Pro offers remarkable wear resistance with an HRA of 90 as opposed to 74 for hardened steel. When printing abrasive, high-performance fibre-reinforced filaments, this leads to a 50% improvement in longevity.Vision Encoder50µm ultra-fine motion accuracyAn ultra-high precision vision encoder plate, which uses optical measurement with a resolution of 5µm to calibrate toolhead movement, is standard on the H2D Pro. This cutting-edge solution lays a solid platform for creating incredibly accurate prints by guaranteeing constant, distance-independent 50µm motion precision over the whole build area.Heavy Duty Air FiltrationEffectively Filter Particulates And VOCs Generated by 3D PrintingWe’ve included a premium coconut shell activated carbon filter, an H12 HEPA filter, and a G3 pre-filter for the best possible air filtration. This improved method efficiently reduces strong smells and particles, which is especially useful when printing in areas with inadequate ventilation.
