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Copperhead™ Heat Breaks come in multiple variants to adapt to numerous 3D printers. Use the 3D Printer Compatibility Chart on the Copperhead™ Hotend page to determine which Bimetallic Heat Break™ is best suited for your application.
For more documentation on the Copperhead™ Heat Break, please see the Technical Specifications section on the Copperhead™ Hotend page.
NOTE: Only the Standard Variant fits the Copperhead™ Heat Sinks
This is the v3, and if you already downloaded and printed a 5015 fan mount off of bondtechs website, bad news its not gonna work. No STL file either for the v3. Stock 4010 is sub... view morepar to say the least. Other than that, I love it. Use it on ender 3 v2 with copperhead. view less
Jason, thank you for leaving a review! We really appreciate your feedback and will look into the STL files. We are happy to hear you are having a great experience with our Copperhe... view moread™ on your Ender 3 V2! view less
Q: I want to insist on my previous question about the cura settings mostly about (probably) retraction. The reason I keep asking is allthough I can print on higher speeds, I am facing problems with cloging on the upper section of the metal tube very often. PLA melts and solifieds and...view more blocking the pass.
200° C hotend, Standard hotend and fansview less
Q: If you're looking to buy Bi-Metal, Purchase Copperhead!
After purchasing from every company on Ali Express, I can report nothing compares whatsoever. The Chinese brands at even basic temperatures (220c) slide apart quickly and will spew plastic everywhere. They are not engineered...view more well at all. Where as Copperhead's precision engineered Bi-Metal heat breaks do not. Do not waste your money with knock offs, you will spend WAYYYYYYYYYY more without gains.view less
A: A Copperhead Heat Break will be more thermally efficient than the stock heat break on an Ender 3 V2, so you can increase the printing speed. You can also print at higher temperatures due to the all-metal nature of the heat break.
Q: After looking at the copperhead chart I found the C-E model could fit the Artillery SWX1 V4. The only thing that is not perfect is that it will be 5 mm longer, and it will protrude this distance from the heatsink. Could be this an issue ? Or will it do the job?
A: We do not currently have a directly compatible heat break for the Artillery Sidewinder X1 V4. The C-E heat break is close to the correct dimensions but the length is off by too much.
