After trying several existing riser designs, I found they often suffered from flimsy joints or unsightly middle seams or needing glue to keep them together. I decided to design my own to solve these issues, focusing on structural integrity and keeping the shape and style similar to the printer.

While many risers feature manual vents, I found them unnecessary. If your printer’s intake and exhaust fans are configured correctly for your specific filament, the machine will maintain the ideal chamber temperature automatically.

Key Features

• Glueless Interlocking Joints: The sections connect nice and stay together with clean tolerances and no glue. They stay firmly together during use but can be disassembled without tools or damage if needed.
• Seamless Glass Fit: Precisely clearanced to cradle the top glass panel, ensuring it won't slide or shift during fast print movements.
• Integrated PTFE Passthrough: A dedicated rear port for the PTFE tube—the primary reason for a riser—allowing for a smoother filament path.
• Low-Profile Design: Maintains a sleek look without adding a ridiculous amount of height to the printer's footprint.

Print Settings & Performance

• Material: PLA+
• Tested Stability: Printed with the chamber lid on and door closed.
• Thermal Management: By utilizing the printer's internal intake and exhaust fans, I successfully maintained a consistent chamber temperature of 30°C throughout the print.