Panda Jet Omni-Directional Part Cooling Duct Upgrade for Bambu Lab X1 and P1

High-speed Bambu Lab X1 and P1 users know that insufficient part cooling can cause poor bridging and sagging overhangs, compromising print quality and detail. Without optimized airflow, prints risk stringing and surface defects, especially on complex geometries.

The Panda Jet Omni-Directional Part Cooling Duct Upgrade is a precision-engineered cooling solution designed specifically for Bambu Lab X1 and P1 series printers, including compatibility with Panda Flow and Revo hotends. Made from durable, high-temperature resistant MJF nylon, this duct features an innovative air path and corner outlet design that directs cooling air evenly around the nozzle. This targeted airflow improves bridging, overhangs, and layer definition while maintaining a clear print view, making it ideal for high-speed and detailed prints.

Why Upgrade?

• Enhances bridging and overhang quality on Bambu Lab X1 and P1 printers by improving airflow distribution
• Reduces stringing and surface defects during high-speed printing with advanced omni-directional cooling
• Compatible with Panda Flow and Revo hotends for versatile installation options
• Constructed from high-strength MJF nylon to withstand high temperatures and prolonged use
• Maintains clear print visibility while delivering precise cooling to critical print areas

Best For:

• Bambu Lab X1 series users seeking improved part cooling performance
• Bambu Lab P1 owners upgrading their cooling ducts for better print quality
• Users running Panda Flow or Revo hotends requiring optimized airflow
• High-speed printing enthusiasts focused on bridging and overhang precision
• 3D printing hobbyists and professionals demanding durable, high-temp resistant cooling parts

Pair With the Right Filament

Optimized part cooling is essential for printing detailed PLA and PETG parts on Bambu Lab printers.

• PLA Filament — benefits from precise cooling to reduce stringing and improve surface finish
• PETG Filament — enhanced cooling helps control stringing and layer adhesion