Hamio Crafts

 I really like Chinese Antique Furniture, especially the Ming Dynasty style. So I chose a Ming Dynasty long decorative desk for my reversed-engineered object study.  This is the desk I found in a furniture book. The size of this desk is  240cm (l) * 45cm(w) * 88cm(h) It has 19 parts.  Desktop: 4 sidebars, one center top board, 2 long decorative bars, front and back.  Desk legs: 2 side stands (each stand includes one decorative panel, one top connecting bar, 2 supportive side stands, one small bottom connecting bar, and one large bottom connecting bar) The magic feature of this kind of desk is that it can be connected without glue or nails. The whole desk structure relies on several mortise and tenon joints. I found some joint models in the same book that might be applied to this desk. This model can help to understand how the sidebars connected to the centre board This model can help to understand how 2 small boards are connected to a large centre board. ...

This week, we got to cut our surface design with wood in the laser cutter.  It's so cool to see my design become a real object. 

I am always interested in the surface pattern design. Here are some photos from my inspiration hunt. I like the circular shape and I found I was particularly attracted by patterns with mysterious contents. So I decided to have my design theme as Cyberpunk. I hope it will be combined with the ancient mysterious concept and futuristic robots, so I made a manta ray robot flying over an ancient Chinese lotus flower style totem.  I want to make it as a print for bags or T-shirts.  I am still struggling with the setup of Blogger, and can't figure out how to upload clear large images. Before I find out how to fix the resolution problem, please pardon my blurry images. Thank you.  P.S.: The 2D surface pattern design is done by Rhino. It's way more difficult to draw with Rhino than to draw with Illustrator. Anyways, the good news is that I am now a master of "interpCrv", "circle", "offset", "arrayCrv", "hatch" etc. Lol