Compact Mini Drive Gear

A compact drive gear suitable for small-scale printers, offering efficient filament feeding.

Coated with a special finish to prevent rust and corrosion in humid environments.

Coated with a special finish to prevent rust and corrosion in humid environments.

Features dual gears to enhance grip on the filament for better feeding.

Features dual gears to enhance grip on the filament for better feeding.

Made from sustainable materials, reducing environmental impact.

Made from sustainable materials, reducing environmental impact.

Specially designed for enhanced grip on various filament types, reducing slippage.

Specially designed for enhanced grip on various filament types, reducing slippage.

Optimized gear designed for advanced extrusion kinematics in 3D printing.

Optimized gear designed for advanced extrusion kinematics in 3D printing.

Incorporates lubrication features to reduce wear and ensure smooth operation.

Incorporates lubrication features to reduce wear and ensure smooth operation.

Comprehensive kit that includes all necessary components for building a custom gear drive.

Comprehensive kit that includes all necessary components for building a custom gear drive.

Includes a cooling mechanism to maintain optimal gear performance during extended use.

Includes a cooling mechanism to maintain optimal gear performance during extended use.

Built for robust applications, this gear can handle heavy-duty filaments with ease.

Built for robust applications, this gear can handle heavy-duty filaments with ease.

Designed for high torque applications, this gear offers increased durability.

Designed for high torque applications, this gear offers increased durability.

Minimizes backlash for improved accuracy during the extrusion process.

Minimizes backlash for improved accuracy during the extrusion process.

Engineered to minimize noise during operation, perfect for quiet environments.

Engineered to minimize noise during operation, perfect for quiet environments.

This open-frame design promotes easy access and maintenance while enhancing performance.

This open-frame design promotes easy access and maintenance while enhancing performance.

Precision-engineered gear for 3D printers to ensure smooth filament feeding.

Precision-engineered gear for 3D printers to ensure smooth filament feeding.

Machined to exact specifications for high accuracy and performance.

Machined to exact specifications for high accuracy and performance.

Features a quick-change mechanism for faster gear swaps in production environments.

Features a quick-change mechanism for faster gear swaps in production environments.

Sintered metal construction ensures durability and resistance to wear.

Sintered metal construction ensures durability and resistance to wear.

Includes smart sensors that detect filament feeding issues for real-time adjustments.

Includes smart sensors that detect filament feeding issues for real-time adjustments.

A standard drive gear with a 5:1 ratio for basic extrusion applications.

A standard drive gear with a 5:1 ratio for basic extrusion applications.

Built to withstand high temperatures, ideal for high-temp filament applications.

Built to withstand high temperatures, ideal for high-temp filament applications.

Constructed from titanium alloy for strength and longevity in high-stress environments.

Constructed from titanium alloy for strength and longevity in high-stress environments.

Allows users to adjust torque settings to match specific filament requirements.

Allows users to adjust torque settings to match specific filament requirements.

Designed to fit a wide range of extruders, offering versatility.

Designed to fit a wide range of extruders, offering versatility.

A versatile gear system that allows for adjustable settings based on filament type.

A versatile gear system that allows for adjustable settings based on filament type.

Lightweight and strong, this gear is designed for high-performance applications.

Lightweight and strong, this gear is designed for high-performance applications.