These 12V DC 80mm Fans offer efficient cooling for 3D printers and electronic components, with a maximum airflow rating of around 41.0 CFM.
This Creality Original 4010 Axial Fan is stocked as a perfect replacement for the Creality CR-10S range of 3D Printers – Designed to exact specifications.
A simple 4010 Blower Fan for cooling printed plastics, to help prevent deformations by speeding up solidification – Stocked for the 12V CR-10 range.
This 120mm DC Fan with Blue LED offers highly efficient cooling with anti-vibration pads designed to keep it running silently and smoothly.
These 50mm Fans are built to a high quality standard, offering effective cooling for drivers, extruders, RAM or any other parts you need to keep cool.
Large 120x120x25mm 12V DC Fan. Voltage: 12VCurrent: 0,46AVelocity: 2500 rpm Airflow: 100 cfmNoise: 43,3 dB
A simple but powerful 24V 4010 Blower Fan for Creality Ender 3 and CR-20 3D printers, to prevent warping, sagging and other distortions.
Stocked for the Ender 3 and other 24V 3D printers, this 4010 Axial Fan is a quick and easy replacement to get you back to printing ASAP.
These 25mm 12V DC Fans are ideal for cooling particular parts within machines or systems, such as extruders in 3D printers or stepper motor drivers.
This 50mm 12V DC Blower Fan blows air directly onto hot parts, such as the hotend assemblies on 3D printers – Small form factor with potent cooling power.
This 60mm 12V DC Fan offers excellent airflow while maintaining near-silent noise levels – Ideal for small to medium electronics, Arduino and PCB projects.
This 60mm 12V DC Axial Fan from Sunon is an ultra-low power consumption, ultra-thin fan with reasonably impressive air flow and cooling capabilities.
Medium 92x92x25mm 12V DC Fan. Voltage: 12VCurrent: 0,28AVelocity: 3000 rpm Airflow: 62 cfmNoise: 38.4 dB
These 30mm 12V DC Fans provide cooling for specific parts or components like stepper motor drivers and IC chips, to protect your projects from heat damage.
This 40mm 12V DC Fan is ideal for cooling in compact spaces, in which you need to cool specific components while keeping the surroundings toasty warm.