Creality CR-200B Pro κιτ θερμαινόμενης πλάκας

The Creality CR-200B Pro Heated Bed Kit is a direct replacement build plate assembly engineered to restore and enhance the performance of your CR-200B Pro 3D printer. Featuring a carborundum glass surface bonded to a flat aluminum substrate, this 200 x 200 mm heated bed delivers consistent adhesion and effortless print removal after cooling.

Advantages

Carborundum glass offers a micro-textured surface that grips the first layer firmly during printing, reducing warping and lifting across PLA, ABS, PETG, and other common filaments. The aluminum core spreads heat evenly across the entire build area, minimizing temperature gradients that can cause dimensional inaccuracies. Once the bed cools, prints release cleanly without scraping or prying, protecting both the part and the surface. The integrated NTC 100K thermistor provides precise temperature feedback to the printer’s control board, enabling stable and repeatable heating cycles up to 110°C.

Suitable for

• Creality CR-200B Pro 3D printer owners needing a replacement or spare heated bed
• Users experiencing adhesion problems, warped plates, or damaged build surfaces
• Makers who want a reliable, low-maintenance build plate for consistent prints
• Workshops and educational labs maintaining multiple CR-200B Pro units

Key specifications

• Compatibility: Creality CR-200B Pro 3D printer
• Build surface material: Carborundum glass
• Heated bed substrate: Aluminum
• Print area: 200 x 200 mm
• Overall plate dimensions: 235 x 235 mm
• Input voltage: 24V DC
• Maximum operating temperature: 110°C
• Power rating: approximately 220W
• Thermistor: NTC 100K
• Connectors: 2-pin power, 2-pin thermistor
• Installation: Direct replacement, no modifications required
• Even heat distribution for consistent layer bonding
• Enhanced adhesion for a wide range of filaments
• Easy print removal after cooling

Recommendations

Before first use, clean the carborundum surface with isopropyl alcohol to remove any manufacturing residue. Allow the bed to cool completely before removing prints to take advantage of the self-releasing properties. For optimal adhesion, ensure the bed is properly leveled and the nozzle height is calibrated. Avoid using sharp metal tools on the glass surface; a plastic scraper or gentle flexing is sufficient for stubborn parts.