E3D heatsink

E3D heatsink Specification

Product Type
Heatsink

Inner Diameter
Bore for heat break: ~7 mm

Pattern
Finned cylindrical

Printer Type
3D Printer

Features
High thermal conductivity, lightweight, compact design, multiple cooling fins, precision machined

Print Technology
Fused Deposition Modelling (FDM)

Size
Standard V6 heatsink size

Color
Silver

Compatible Brand
E3D, Prusa, Anet, Creality (and other 3D printers using E3D V6-style hotends)

Outer Diameter
22 mm (top, finned part; approximate)

Storage Instructions
Store in a dry environment

Height
50 mm (approximate)

For Use In
Hotend heat dissipation

Model No
E3D V6 Heatsink

Weight
18 g (approximate)

Lead Time
Ready stock

Operating Temperature
Up to 300C (with correct hotend components)

Cooling Method
Passive air cooling; can be assisted with a fan

Mounting Thread
M7 thread for heat break

Package Includes
1x E3D Heatsink (as pictured)

Material
Aluminum alloy

Compatibility
Compatible with both 1.75mm and 3.00mm filament systems (depends on heat break)

Application
Prevents heat creep and improves print quality in FDM 3D printers

Surface Finish
Anodized/smooth finish for optimized heat transfer

E3D heatsink Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About E3D heatsink

Description

Works with Revo HeaterCore and Revo Nozzles change nozzles without tools and hot tightening
Titanium like performance the strength and low thermal conductivity of titanium without being titanium
Anodised black aluminium heatsink keeps things cool and looks cool too
Lightweight construction takes the strain off your motion system for greater speed performance
Learn all about Rapid Change Revo in the blog

Reliable Heat Dissipation for Consistent Printing

Engineered for efficiency, the E3D V6 Heatsink features multiple cooling fins and a precision anodized finish, optimizing heat transfer away from your printer's hotend. Its standard V6 size and M7 mounting thread make installation straightforward, while the lightweight aluminum alloy structure ensures effective performance without adding bulk. Designed for operating temperatures up to 300C (with compatible components), this heatsink sustains high-quality prints over extended operation.

Broad Compatibility and Easy Integration

This heatsink is compatible with a wide range of FDM 3D printers, including top brands like E3D, Prusa, Anet, and Creality that use V6-style hotends. Suitable for both 1.75mm and 3.00mm filament (with the corresponding heat break), it fits seamlessly into your setup. Its robust design promotes enhanced hotend reliability and consistent extrusion, making it a dependable choice for hobbyists and professionals alike.

FAQ's of E3D heatsink:

Q: How does the E3D V6 Heatsink improve print quality in FDM 3D printers?

A: By efficiently dissipating heat from the hotend, the E3D V6 Heatsink minimizes the risk of heat creep, ensuring smoother filament flow and stable extrusion. This leads to improved print quality and reduced chances of filament jams during extended printing sessions.

Q: What filament sizes is this heatsink compatible with?

A: The heatsink supports both 1.75mm and 3.00mm filament systems. However, compatibility depends on the specific heat break you use in conjunction with the heatsink. Ensure you select the appropriate heat break for your filament diameter.

Q: When should I consider upgrading or replacing my heatsink?

A: It is advisable to upgrade or replace your heatsink if you notice increased instances of filament jams, inconsistencies in extrusion, or if your current heatsink shows signs of physical wear or poor heat dissipation. Upgrading to a high-quality heatsink like this one can enhance overall hotend performance.

Q: Where can this heatsink be installed?

A: This heatsink is designed for installation in the hotend assembly of compatible FDM 3D printers, specifically those using the E3D V6-style hotend. It is suitable for various printer brands including E3D, Prusa, Anet, Creality, and others with similar hotend architectures.

Q: What cooling methods are recommended for optimal performance?

A: The E3D V6 Heatsink is designed for passive air cooling and is further enhanced when paired with an auxiliary fan. For extended or high-temperature printing, using a dedicated heatsink fan is recommended to maintain stable operating conditions.

Q: How do I maintain and store the E3D V6 Heatsink?

A: Store the heatsink in a dry environment to prevent oxidation or corrosion on the anodized surface. Routine inspection for dust accumulation or deformation will help maintain its effectiveness and prolong its lifespan.

Q: What are the main benefits of using this particular heatsink model?

A: The main advantages include high thermal conductivity, lightweight and compact form, precision-machined construction, and reliable compatibility with multiple printer brands and setups. These features converge to provide consistent hotend temperature control and improved 3D printing outcomes.

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