Complete Direct Drive Extruder Conversion Plate for Ender-3

Achieve Precision Printing with Direct Drive Extruder Conversion

Upgrade your Ender-3 3D printer with this precision-engineered Complete Direct Drive Extruder Conversion Plate and experience the benefits of enhanced print quality and reduced retraction distance.

Product Features:

• Enhanced Print Quality: Direct drive extrusion eliminates filament slippage, resulting in sharper features and more precise prints.
• Reduced Retraction Distance: The shorter filament path minimizes retraction distance, reducing print time and filament waste.
• Precision Fit: Designed specifically for Ender-3 printers, ensuring a seamless installation and perfect alignment with the build plate.
• Durable Construction: Made from high-strength aluminum alloy, this plate withstands daily use and heavy filaments.
• Multiple Extruder Compatibility: Compatible with popular extruder models such as the BMG, Titan, Orbiter, and more.

Easy Installation:

Installation is a breeze with this pre-assembled conversion plate. Simply mount the plate onto your Ender-3 printer and connect your chosen extruder for a quick and hassle-free upgrade.

Additional Features:

• Compact Design: The compact size of the conversion plate does not obstruct the printing area.
• Ventilation Holes: Vents allow for optimal airflow, reducing the risk of heat buildup and extruder jamming.
• Cable Management: Dedicated cable channels ensure a clean and organized setup.

Specifications:

• Material: Aluminum alloy
• Compatibility: Ender-3 printers
• Dimensions: 80 x 80 x 40mm
• Weight: 150g

Address User Concerns:

Printing with Flexible Filaments: This conversion plate is compatible with flexible filaments. However, it is recommended to use an extruder with a flexible filament-friendly drive gear to ensure optimal performance.

Highlight Unique Features:

Improved Cooling: The open-frame design of the conversion plate promotes better cooling of the extruder and filament, reducing the risk of clogs and thermal degradation.

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