Intamsys FUNMAT HT Ceramics Glass Plate Assembly (With 3 bolts)

The Intamsys FUNMAT HT Ceramics Glass Plate Assembly (With 3 Bolts) is a premium accessory designed to elevate your FUNMAT HT 3D printing experience. This assembly combines a high-quality ceramic glass build plate with a secure bolted installation, ensuring optimal stability and performance during the printing process.

Engineered for high-temperature materials, this glass plate provides excellent thermal stability and heat distribution, making it ideal for complex prints and advanced filaments such as nylon and polycarbonate. The bolted design guarantees a secure fit, reducing any potential movement during printing and enhancing overall print quality.

Key Features:

• High-Quality Ceramic Glass Construction: Provides a robust and durable surface that withstands the demands of high-temperature 3D printing applications, ensuring longevity and reliability.
• Secure Bolted Installation: The assembly includes three bolts for a firm and stable attachment, minimizing movement and vibration for accurate and precise prints.
• Optimal Heat Distribution: The ceramic glass plate ensures even heating across the build surface, improving print adhesion and reducing the risk of warping.
• Easy Print Removal: The smooth surface of the glass allows for straightforward print removal, making post-processing quick and efficient.
• Designed for FUNMAT HT: This assembly is specifically engineered for compatibility with the Intamsys FUNMAT HT 3D printer, ensuring a perfect fit and seamless integration.
• Enhanced Stability: The sturdy construction and bolted design provide increased stability during the printing process, enhancing accuracy for detailed models and prototypes.

The Intamsys FUNMAT HT Ceramics Glass Plate Assembly (With 3 Bolts) is an essential upgrade for serious 3D printing enthusiasts and professionals. With its superior thermal stability, secure bolted design, and perfect compatibility with the FUNMAT HT printer, this glass plate assembly ensures high-quality prints with minimal issues related to adhesion and warping.