Upgrade M5 Bimetal Heatbreak Plated Copper Titanium High Temperature Feeding Tube Compatible with Ankermake M5 3D Printer Extruder Hotend Parts (Bimetallic Heatbreak)

This is a great upgrade for the M5, make sure you use a 22mm Piece of PTFE tube between this and the extruder, to fill the gap. I wish these were produced by more companies. I've been printing ASA at 260 degrees, and PLA Plus at 215. Both worked fantastic with this Bimetal heatbreak.

Doesn’t fit AnkerMake M5

Had to cut the blue (teflon?) sleeve off the original hot-end to extend the filament feed path, but now I can retract ABS and other 'high temperature' filaments, where before I had to partially disassemble the print head, cut off the filament, and force the new filament on top.

I recently tried the Bi-Metal Heatbreak on my Ankermake M5 3D printer's standard hot end. While the heatbreak is the same length as the PTFE-lined standard one, it lacks the PTFE tube that typically extends past the heatbreak towards the extruder gears. As a result, feeding filament down the heatbreak can be more difficult. To address this issue, I had to use a piece of PTFE tubing to bridge the gap between the new tube and the extruder gears. The length of the heatbreak is about ~21mm from the of top heatbreak to where the old PTFE tube made contact with the extruder. Overall, I found the Upgrade M5 Bimetal Heatbreak to be a decent option for my Ankermake M5 3D printer. However, it's worth noting that it may require some extra effort to get it to fit properly. --- Product: Upgrade M5 Bimetal Heatbreak Plated Copper Titanium High Temperature Feeding Tube Compatible with Ankermake M5 3D Printer Extruder Hotend Parts (Bimetallic Heatbreak) ASIN: B0CJ4MDVPJ

So, while waiting for the all-metal hotend set for my M5, I ordered this. It fit fine with the old hotend set (without isolation column). I've printed PLA, PETG and ABS with it and it seems to work fine.

This works, but isn’t properly fit to the M5. Within a week I had two clogs happen between the extruder and the heartbreak, requiring me to remove the heatblock entirely to dislodge a filament chunk. I also couldn’t print TPU with it. The filament would twist in the extruder and stop extruding. I returned to stock and it fixed the issue.

Installed on an OEM hot end on an M5, been using it to print at 300c with no issues. The only thing that could be improved is a longer tube because it’s shorter and makes it harder to load filament but works great otherwise!

I recently installed the Upgrade M5 Bimetal Heatbreak Plated Copper Titanium High-Temperature Feeding Tube on my M5 printer and am very impressed. This heatbreak is a significant upgrade over the stock PTFE-lined hotend. It is made of a combination of copper and titanium, which makes it very heat-resistant and durable. It also has a smooth inner wall that helps prevent the filament from clogging. I have been using this heatbreak for a few weeks now and have had no problems with it. It has allowed me to print with various filaments, including high-temperature filaments like PETG and ABS. I have also noticed that my prints are coming out cleaner and more consistent. Overall, I am very happy with the Upgrade M5 Bimetal Heatbreak Plated Copper Titanium High-Temperature Feeding Tube. It is a great upgrade for any M5 printer owner. Pros: Heat-resistant and durable The smooth inner wall that prevents the filament from clogging Allows you to print with a wider variety of filaments Prints come out cleaner and more consistent Cons: None at moment Overall rating: I recommend this heatbreak to anyone looking to upgrade their M5 printer. It is a great value for the price and has significantly improved my printing experience. *REMINDER-This does not work with the M5C printer and requires updated firmware and PID settings.

bought this for my ankermake m5c as it says that it is compatible with it but the posting is incorrect it does not fit the m5c its far to long to fit