Axe stool II
After my initial attempt using pinewood for the stool’s shoulders proved inadequate, I am now developing an enhancement plan. The goal is to create stronger, more resilient shoulders that can support a person’s weight and withstand the pressure when the axe handle is inserted. Originally, I chose pinewood for its ease of processing, but it’s time to realign the project with more robust materials.
I am considering steel or other metals for the shoulders. Given the complexity and time constraints, my approach involves creating a 3D model first, followed by 3D printing, and then using a metal mould for replication. However, several concerns need addressing:
1. Screw Holes: Deciding whether to include screw holes in the 3D model or to drill them post-production is crucial. Pre-modeling them might offer precision, but post-production drilling allows for adjustments if needed.
2. Accuracy in Modeling: Capturing the exact cross-section of the axe handle in the 3D software is vital for a snug fit. This requires precise measurements and potentially scanning the handle for accurate replication.
3. Workshop Capabilities: I need to confirm if the workshop has the necessary equipment for metal moulding, as this will greatly influence the feasibility of the project.
The redesigned shoulder resembles a real axe head, featuring four screw holes for mounting onto the seating surface. Its design is inspired by the I-beam for structural stability. Additionally, I am exploring the potential of this design beyond just stools. Considering the variety of axe handle sizes available, this concept could evolve into a versatile accessory, adaptable for different furniture forms or even broader applications.
Sketch
Sketch
