Anycubic Kobra 2 Neo Orca Slicer Profile

As requested from you lovely guys… This profile should help you achieve the same fantastic results I have, without compromising on quality and is based on my Prusa profile for this same printer. You can easily adjust settings like temperature, infill density, and layer height to match the specific needs of your models and materials. Whether you're printing detailed figurines, functional prototypes, or intricate architectural models, this profile offers the flexibility to fine-tune the printing parameters to suit your project.

Feel free to experiment with different settings to find the ideal balance between print quality and speed, ensuring that each project is handled with care and attention to detail.

Once bed levelling is complete,  please don’t forget to check and manually adjust your Z offset if this is needed. I recommend making adjustments in 0.05mm increments while the printer is running to achieve that perfect level, which should help to avoid unnecessary waste from stopping and restarting prints.

Here are some key features that I’ve refined in this profile:

Slowed Acceleration: I’ve incorporated slower acceleration settings to ensure the print head moves more smoothly. By reducing sudden speed changes, this helps avoid imperfections in your prints, resulting in smoother surfaces and fewer issues like ghosting.

Lower Jerk Settings: Jerk refers to abrupt changes in the movement of the print head. By lowering the jerk settings, the print head moves more gradually, minimising vibrations that can cause artifacts such as ghosting. This results in cleaner, more precise prints.

Slowed External Perimeter Speed: I’ve intentionally slowed down the speed for the outermost layers of the print, giving the printer more time to accurately lay down filament and maintain consistent extrusion. This will help to reduce imperfections, such as ringing, and should ensure a smooth, well defined finish on the outer surfaces of your prints.

Matching Top Layer Speed: I’ve also matched the speed of the top layer to the external perimeter speed. Since the top layer plays a crucial role in the surface finish and overall structure, this ensures uniform quality across the entire surface, preventing any inconsistencies or visible defects.

By fine-tuning these parameters - the acceleration, jerk, external perimeter speed, and top layer speed, I believe this profile delivers prints with superior surface finish, enhanced detail, and fewer imperfections, taking the quality of your projects to a higher level.

Happy printing!