Bambu Lab Hotend H2D - 0,6mm hardeneed steel

Bambu Lab Hotend H2D 0.6 mm 

Quick-Change System and Easy Maintenance
The H2D hotend is designed with a quick-change mechanism – the heating and electronic parts separate easily, allowing the hotend to be replaced in seconds. This makes servicing and experimenting with different nozzles simple and efficient.

0.6 mm Hardened Steel Nozzle
Hardened steel ensures a long lifespan even when printing with abrasive materials such as carbon or glass fibre reinforced filaments. The 0.6 mm diameter nozzle is ideal for faster printing of larger and more robust parts, as it extrudes more material per second. This minimises the risk of clogging and increases printing efficiency.

Maximum Performance and Compatibility

• Maximum Printing Temperature: 350 °C
• Suitable Materials: PLA, PETG, ABS, ASA, PC, PA, PETG-CF, PLA-CF, PAHT-CF, and other technical and abrasive filaments
• Compatibility: H2D and H2D Laser printers

Key Features

• All-metal construction for high reliability and durability
• Quick-change system – easy hotend replacement
• 0.6 mm hardened steel nozzle – ideal for abrasive and technical materials
• High temperature resistance – up to 350 °C
• High material flow – faster printing of large parts
• Minimises risk of clogging when printing with fibre-reinforced materials

Recommended Use

• Printing technical and abrasive filaments (PLA-CF, PETG-CF, PAHT-CF, ASA-CF)
• Rapid prototyping of large and robust parts
• Manufacturing functional and structural components
• Ideal for both hobby and professional use

Technical Specifications

• Hotend Type: All-metal
• Nozzle Diameter: 0.6 mm (hardened steel)
• Maximum Printing Temperature: 350 °C
• Filament Diameter: 1.75 mm
• Compatibility: H2D, H2D Laser
• Length: 49.2 mm
• Package Weight: 0.026 kg
• Package Dimensions: 60 × 60 × 30 mm

The Bambu Lab Hotend H2D 0.6 mm is an excellent choice for those who need a reliable, versatile, and easy-to-use hotend for printing technical, abrasive, and standard materials with an emphasis on speed and component longevity.