Tools: AnyCubic Kobra Max: Difference between revisions

From Tampa Hackerspace
Jump to navigation Jump to search
ScottG (talk | contribs)
 
ScottG (talk | contribs)
Started a page for the large bed 3d printer. I used the current Prusa page as a template, but commented out much of the material since I am not 100% sure about it.
Line 1: Line 1:
[[File:AnyCubic Kobra Max.webp|thumb|alt=AnyCubic Kobra Max|AnyCubic Kobra Max]]
[[File:AnyCubic Kobra Max.webp|300px|right|alt=AnyCubic Kobra Max|AnyCubic Kobra Max]]
 
<span style="background-color:#fef6e7; border: 1px solid #fc3; padding:8px;">Training class required</span>
 
== Tool Description: ==
 
Build Envelope: 400 × 400 × 450 mm (15.75" × 15.75" × 17.72")
 
<!-- Nozzle: 0.4mm (Volcano style) -->
 
== Manuals ==
 
[https://store.anycubic.com/products/kobra-max Specs and Features - Anycubic Site]
 
User Manual (coming soon)
 
== Usage Notes ==
 
* Power switch is located on the right side near the rear power inlet
* Operated via front touchscreen panel
 
=== Build Plate & Adhesion ===
* **Carborundum Glass Bed:** This printer uses a textured glass bed (does NOT flex like the Prusa spring steel sheets)
* **STRICT SHOP RULE:** **ABSOLUTELY NO razor blades, sandpaper, or metal scrapers on this bed!** Metal tools will permanently destroy the micro-porous glass coating
* **NO adhesives allowed:** No glue sticks, blue tape, hairspray, or ABS slurry
* Clean bed ONLY with Isopropyl Alcohol (IPA) and a lint-free wipe when the bed is room temperature
* **Print Removal:** Allow the bed to cool completely to room temperature before removing prints. The plastic will naturally release as the glass cools.
** Use only soft plastic tools or fingernails if assistance is needed
 
<!--
=== Filament & Loading ===
* Bowden extruder setup: Cut filament tip at a sharp 45-degree angle before feeding through the filament runout sensor and dual-gear extruder
* Load and unload filament via the touchscreen menu (`Prepare` -> `Filament`)
* Currently allowing PLA and PETG on this printer
* Consult shop stewards for specialty filament needs (TPU, ASA, etc.)-->
 
<!--
=== Operation & Printing ===
* **Large Bed Warm-Up:** The massive 400x400mm bed takes longer to reach temperature than smaller printers. Allow extra time for thermal equalization
* **Clearance:** Keep the area behind and in front of the printer clear—the bed travels far along the Y-axis during prints
* LeviQ auto-bed leveling is active; always monitor the first 2–3 layers to confirm proper Z-offset and first-layer adhesion
* Unload filament when print job is complete
* Infill over 40% is generally wasted material and time
-->
 
<!--
== General and Special Safety Considerations: ==
'''This is not an exhaustive list!'''
* '''Read, understand, and follow all warning labels, instructions, and safety manuals.'''
* Take the required training class before operating.
* **Burn Hazard:** Extruder (up to 260 °C) and build plate (up to 100 °C) reach extreme temperatures.
* **Pinch & Mechanical Hazard:** High-torque motors and a large moving bed. Keep hands, loose clothing, hair, and cables clear of all motion paths (especially the Y-axis rear clearance zone).
-->
 
 
[[Category:Tools]]
[[Category:3D Printing]]
<!--[[Category:Materials:PETG]]
[[Category:Materials:PLA]]-->

Revision as of 02:11, 5 August 2026

AnyCubic Kobra Max
AnyCubic Kobra Max

Training class required

Tool Description:

Build Envelope: 400 × 400 × 450 mm (15.75" × 15.75" × 17.72")


Manuals

Specs and Features - Anycubic Site

User Manual (coming soon)

Usage Notes

  • Power switch is located on the right side near the rear power inlet
  • Operated via front touchscreen panel

Build Plate & Adhesion

  • **Carborundum Glass Bed:** This printer uses a textured glass bed (does NOT flex like the Prusa spring steel sheets)
  • **STRICT SHOP RULE:** **ABSOLUTELY NO razor blades, sandpaper, or metal scrapers on this bed!** Metal tools will permanently destroy the micro-porous glass coating
  • **NO adhesives allowed:** No glue sticks, blue tape, hairspray, or ABS slurry
  • Clean bed ONLY with Isopropyl Alcohol (IPA) and a lint-free wipe when the bed is room temperature
  • **Print Removal:** Allow the bed to cool completely to room temperature before removing prints. The plastic will naturally release as the glass cools.
    • Use only soft plastic tools or fingernails if assistance is needed