เครื่องพิมพ์ 3 มิติ (3D Printer) Creality K1 max by In2real3d

Creality K1 Max

K1 Max Upgrades:

1. Print Size:

The K1 offers a print size of 220x220x250mm, which is suitable for a wide range of projects. if you have specific requirements for larger prints, the K1 Max with its expanded print size of 300x300x300mm is an excellent choice.

2. Upgraded to Glass Top Cover:
One notable upgrade in the K1 Max is the replacement of the PC top cover with a glass top cover.  It offers better visibility during the printing process, allowing you to monitor your prints with ease. Additionally, it improves heat distribution and ensures more consistent temperature control within the printer, resulting in improved print quality and reliability.

3. Internal Placement of Filament Runout Sensor

4. AI Laser Radar and Camera Included as Standard:
K1 Max comes equipped with AI laser radar and a built-in camera, providing advanced features and functionalities. 

5. Carbon Filter Included:
It helps to minimize odors and reduce the release of volatile organic compounds (VOCs) during the printing process, ensuring a healthier and more pleasant working atmosphere.

6. Ethernet Connectivity Supported:
K1 Max features Ethernet connectivity, allowing you to connect the printer to your local network via a network cable. 

7. Upgraded hardened steel nozzles: 
It allows you to print with various reinforced and engineering materials over an extended period. These upgraded nozzles ensure consistent and reliable extrusion, even with abrasive filaments, expanding the range of materials you can work with and unlocking new possibilities for your projects.

8. Power Supply and Bed Heating:
The K1 utilizes a toggle switch power supply and a DC heated bed, providing reliable and stable power to the printer.  
K1 Max features a wide-voltage power supply and an 800W AC heated bed. The wide-voltage power supply ensures compatibility with different power systems, making the printer suitable for use in various regions. The 800W AC heated bed offers rapid and efficient heating, reducing the waiting time before printing and enabling faster project completion.