IDGA for DDX eXtruder for Creality and BMG-HT for FunMat HT

DDX Integrated Drive Assembly

(IDGA for DDX Extruder for Creality and BMG-HT for FunMat HT)

The DDX Integrated Drive Assembly is a key element for improving the performance and reliability of your 3D printing. By replacing the main shaft, main gear, locking screw, and primary drive, this assembly provides a robust foundation for your extruder. It is designed with maximum compatibility and performance in mind, offering users exactly what they need to enhance efficiency and print quality.

The DDX Integrated Drive Assembly is primarily intended for Creality brand printers equipped with Bondtech DDX extruders (versions 1, 2, 3), as well as for FunMat HT with the Bondtech BMG-HT extruder. It is important to note that this assembly is not compatible with the Bondtech BMG extruder, which is a key aspect to consider when selecting this upgrade for your 3D printer.

Main Advantages and Recommended Use

With this assembly, you will achieve better power transmission and printing accuracy thanks to carefully selected materials and design. It is ideal for printers working with various types of materials, including flexible, rigid, and abrasive, due to its universal compatibility with different types of filaments. When installing, it is important to follow recommendations and use ball bearings measuring 4x8x3.0 mm for optimal results.

Technical Specifications

• Shaft length: 28.1 +/- 0.08 mm
• Shaft length for ball bearing support: <3.3 mm – 3.3 mm>
• Distance from filament teeth center to the end of the shaft: <21.84 mm – 6.30 mm>
• Number of drive gear teeth: 17
• Length of drive gear teeth: 4 mm
• Main shaft/drive gear material: Hardened steel
• Material compatibility: Flexible, rigid, abrasive
• Number of main gear teeth: 50
• Length of main gear teeth: 3 mm

This assembly is essential for anyone looking to improve the performance and accuracy of their 3D printing, and is compatible with a wide range of materials, making it a universal upgrade for various types of 3D printers.