Microswiss CM2 MK8 Nozzle for Makerbot, Creality Ender 3, Ender 3 S1, Ender 5, CR-10 Series - Copper Core - M2 Hardened Steel Tip - Superior Thermal Performance - Exceptional Wear Resistance (.4mm)

I love Microswiss nozzles. The quality is much better than the cheap manufacturer's nozzles, resulting in better print quality and better reliability. The CM2 nozzle is particularly well designed and well manufactured. The core of the nozzle is high temperature copper chromium zirconium for excellent thermal transfer. The tip of the nozzle is made of M2 hardened tool steel and coated with a special nonstick nano coating. The nozzle is electroless nickel plated. This is an attention to detail that isn't found in the cheap brass or steel nozzles supplied by any 3D printer manufacturer. The result is a long lasting nozzle that is suitable for any material. The CM2 nozzle conducts heat like a brass nozzle, is more durable when printing abrasive materials such as carbon fiber than a manufacturer's steel nozzle, and the nano coating and nickle plating improve the flow rate and decrease material buildup on the outside of the nozzle. It's easy enough to unscrew an MK8 nozzle and screw in another, but I seldom bother. A 0.6 mm CM2 nozzle is a good choice for almost all prints, abrasive or not. I'd switch to a 0.2 mm nozzle if I needed the best print resolution on a miniature part, and I'd switch to a 0.8 or 1.0 mm nozzle on a large printer if I needed to quickly print a large part, but for almost all of my printing, the 0.6 mm CM2 nozzle produces excellent results in PLA, PETG, PET-CF, ABS, ABS-CF, TPU and TPU-LW. The print quality is more a factor of layer height than nozzle diameter so I get good print quality with 0.2 mm nozzle height for carbon fiber filled materials and as low as 0.125 mm for PLA, PETG or ABS. Stepping up from a 0.4 mm to a 0.6 mm nozzle eliminates the chances of a clog with carbon fiber or glass filled filament but also reduces print time by laying down wider filament widths for fewer walls. The 0.6 mm CM2 nozzle is my Go To nozzle for almost all of my printing.

I'm pretty new to the 3D printing realm. I bought a creality Ender 3 V2 that I didn't even know I needed until I saw it. After getting it all set up it worked pretty well but I noticed the prints were taking forever. I was printing pretty basic stuff, not high detail, so I wanted a slightly bigger nozzle to speed up the process on the basic stuff. I also wanted a nozzle that could handle more abrasive filament like glow in the dark. So far so good. I still have to get the settings right, especially since I'm using PETG which is more stringy than PLA. But for only having this printer a couple weeks I think the nozzle is working great! I bought a smaller nozzle to replace the original one that came with my printer as well as I realized it was warn out. This nozzle fit perfect on my printer, and I have not experience any issues with leakage. Again, it's a little stringy here and there, but that a trait of PETG, especially glow in the dark PETG, but I've gotten rid of almost all of that after tweaking the settings when I slice. But I attached some a couple random prints that I've done using this nozzle

This replacement solved my clogged nozzle issue and made my prints so much nicer very easy to install just dont forget to preheat the nozzle first

Unbreakable, unbeatable. Give it any material, neglect to clean it, it doesn't matter. You get what you pay for, buy once cry once.

Ender3V2+ Solid and consistent prints. Will buy again.

Works great for my custom 400mm Ender3, excellent quality as expected from Microswiss. Also a great value for a wear resistance 0.4mm nozzle.

I use a lot of carbon fiber filament and I have not had any issues whatsoever with this nozzle.

Creality machine that I uogrdaded ro the Microseiss print head. Works hreat

Lifetime guarantee

deja pesima impreeeeesion en s1 plus

stuck in on my Ender 5 plus and all good

inusable !

Hardened and coated makes these a great nozzle for Carbon Fibre filaments. Compatible with a lot of printers.