Makita Spindle Adapter for Shapeoko 2 Spindle

thingiverse

UPDATE 2: The clamp base design has been revised with the addition of bosses to facilitate easy screwing in M3 threaded holes, ensuring a secure vacuum hose attachment. Utilizing PET+ materials, the printed component demonstrates great strength and integrity when achieved at a moderate infill setting of 30%. UPDATE: After successfully printing and installing the complete assembly on my mill, I'm thrilled to report that the mount performs flawlessly. In just three tasks thus far, it has proven itself an indispensable component in streamlining workflow. It is imperative to acknowledge a potential design improvement opportunity. Initially, the nut pockets may have been too frail, thus leading me to suggest adjusting infill percentages upwards to between 35-45% for added stability and enhanced overall reliability. A clever solution is offered here, permitting effortless attachment of the Makita Compact Router (Model RT0701C) as a dedicated spindle for the Skapeoko 2 system. Featuring a broad operating speed range, an adjustable 1/4-inch collet, and an elegantly cylindrical body that distinguishes it from its widely popular counterpart – DeWalt DW660 drywall tool. Among its defining characteristics are strategically located nut pockets designed to ensure snug fits for M5 locknuts. For maximum flexibility, this setup comes equipped with detachable brackets secured via convenient nut plates. Removal and installation tasks become notably easier with the latter, freeing users from needlessly dismantling their machine's z-axis. Securely attaching all main components demands the employment of reliable fasteners. Herein lies a clear and succinct outline of construction materials to be utilized – M5 x 65 socket head cap screws paired with equivalent locknuts, all directed at reinforcing the primary clamp structure. Likewise crucial for attachment of bracket parts is utilization of identical M5 screw elements (button-head variant measured in length). Noteworthy advancements notwithstanding this remains work-in-progress. Below follow step-by-step guide and considerations upon its execution: Following 25% material density application during printing phases, resulting structures exhibit enhanced robustness - an advantageous byproduct conducive towards optimized reliability across machining routines. As anticipated trials ensue further assessment and conclusive evaluation are imminent as performance analysis unfolds