Canopy Corners for Monoprice Dual head

thingiverse

I have the Monoprice Dual Head Printer, and I purchased the Acrylic Canopy from FlashForge. However, the canopy would consistently fall through the opening at the top of the printer. To address this issue, I designed several parts to securely hold the canopy in place. The system consists of four distinct components: Corner1, which is attached to the underside of the frame; Corner2 and Corner3, which screw onto Corner1; and Corner4, which screws into the previous component as a keeper, preventing the canopy from slipping off. Corner2 and Corner3 feature adjustable mechanisms that accommodate canopies with varying lengths in both X and Y dimensions. To determine the correct placement of these components, simply hold them in position and observe how they fit. I utilized two 12mm x 3mm screws with 6mm countersunk heads and a single M3x8mm machine screw to secure Corner4 in place. Each of these screws self-taps into the plastic material of the printer frame. It's essential to note that you should print four copies of Corner1, two copies of Corner2, and two copies of Corner3 to ensure proper assembly. During my initial setup, I encountered an issue where the Bernoulli tubes and wire harness would bind on the "T" cutout at the back of the canopy. This problem arose when printing in the front-left corner. To resolve this issue, I used a Dremel tool to create a curved cut, allowing the harness to move smoothly. Prior to installing the canopy, I was using cardboard pieces to cover the printer's top. Following the installation of these custom parts, I noticed significant improvements in my prints, especially with ABS material. In addition to upgrading my printer setup, I also began using PEI on the heated bed, which further enhanced the quality of my ABS prints. Print Settings: * Printer Brand: FlashForge * Printer Model: Creator Pro * Rafts: No * Supports: No * Resolution: 0.2mm * Infill: 40% * Notes: + I always print a skirt/brim with three outlines and two layers to ensure proper printing and easy removal from the bed. + Bed temperature: 110°C + Head temperature: 230°C for ABS prints. Design Process: I designed these custom parts using OnShape, a computer-aided design (CAD) software. The resulting components fit snugly onto my printer, providing a secure and efficient solution to the canopy's earlier issues.