• 350℃ High-Temperature Dual Nozzles: Print advanced engineering filaments like PPA-CF, PPS, and PPS-CF with stronger layer bonding.
• Independent Nozzle Design: Multi-material, multi-color, and dedicated support printing for higher efficiency and better part quality.
• Secure Networking Options: Ethernet port plus WPA2-Enterprise Wi-Fi authentication for IT-compliant connectivity.
• Physical Network Kill Switch Extra layer of security for sensitive environments.
• 65℃ Active Chamber Heating: Reduce warping, improve bonding, and optimize conditions for each filament type.
• Tungsten Carbide Nozzle (HRA 90): 50% longer life than hardened steel when printing abrasive materials.
• Toolhead Cooling Fan: Enhanced reliability when printing at high temperatures.
• Vision Encoder System: 50µm motion accuracy for ultra-precise parts.
• Triple-Stage Air Filtration: G3 pre-filter, H12 HEPA filter, and activated carbon filter for reduced odors and particulates.

Secure, Reliable Connectivity

The H2D Pro is equipped with a dedicated Ethernet port for stable, high-speed network communication, even in challenging environments where wireless signals are crowded or unreliable. For wireless use, the printer supports WPA2-Enterprise Wi-Fi Authentication (EAP-PEAP, EAP-TLS, and TAP-TTLS), meeting strict IT security requirements. A physical network kill switch provides an extra layer of control for sensitive operations.

Dual Nozzles for Maximum Flexibility

The H2D Pro’s independent dual-nozzle system opens the door to a wide range of advanced applications.

• Multi-Material Printing: Combine flexible and rigid materials in a single build to create functional parts with interlocking structures or hybrid properties. Use premium engineering materials only where they are needed to reduce costs without compromising performance.
• Dedicated Support Material: Assign one nozzle exclusively for soluble or breakaway supports to achieve smooth surface finishes, reliable overhangs, and easier post-processing.
• Multi-Color Printing: Reduce purge cycles and speed up multi-color jobs with optimized algorithms that minimize filament waste.

High-Temperature Printing for Engineering-Grade Materials

• 350℃ High-Temperature Nozzle: Perfect for high-performance filaments like PPA-CF, PPS, and PPS-CF. Achieve stronger layer bonding, better mechanical properties, and improved part reliability.
• 65℃ Active Chamber Heating: The enclosed chamber maintains optimal temperatures for each filament type. Adaptive air circulation and active vent flaps manage internal airflow to prevent warping, clogging, and bonding issues.
• Toolhead Cooling Fan: A high-performance fan in the toolhead enhances hotend cooling for consistent extrusion and improved reliability when printing at elevated temperatures.

Tungsten Carbide Nozzle

With a hardness rating of HRA 90, this nozzle delivers outstanding wear resistance and lasts up to 50% longer than hardened steel, even with abrasive fiber-reinforced filaments.

Vision Encoder System

50µm ultra-fine motion accuracy

The H2D Pro comes standard with an ultra-high precision vision encoder plate, utilizing 5µm resolution optical measurement to calibrate toolhead movement. This advanced system ensures consistent and distance-independent 50µm motion accuracy across the entire build area, lay down strong foundation for producing highly accurate prints.

Advanced Air Filtration

The H2D Pro features a three-stage filtration system including a G3 pre-filter, H12 HEPA filter, and a premium coconut shell activated carbon filter. This setup captures particulates and volatile compounds generated during 3D printing, making it suitable for enclosed or low-ventilation environments.

Enhanced Cooling Fan

Less Failure, Stronger Pirnts

A new high-performance fan integrated into the toolhead front cover effectively cools the extruder and hotend heatsink. This intelligent temperature control mitigates potential clogging and filament jaming in challenging environments, enabling a 3°C increase in the recommended printer operating temperature.

65℃ (149°F) Active Chamber Heating & Cooling

Equipped with a 65°C active chamber heater and adaptive air circulation, the H2D Pro intelligently manages chamber temperature for optimal printing. Active flaps control internal/external airflow based on filament type, preventing low-temp filament clogs, reducing high-temp filament warping, improving layer bonding, and fully leveraging each material's strengths.