Economical way of prototyping a metal faceplate
Economical way of prototyping a metal faceplate
(OP)
Hello,
This is my first post to the forum and I apologize for missing any formalities..
I am working on a 2U-Rack Mounted DVD-type device and would like to have a metal faceplate. What would be the most economical method for 20-100 prototypes? The final finish is a brushed look and there is one hinged door allowing access to the slot-style dvd drive which will follow the faceplate finish. Colors are ranging from silver, black and gun-metal.
e.g. sheet metal (steel or aluminum) stamping on plastic, casted aluminum or zinc (probably too much if not heavy), vacuum metalizing (worried about chipping and 'cheap' look), any other methods?
Thank you in advance and appreciate all the help,
Jimmy
This is my first post to the forum and I apologize for missing any formalities..
I am working on a 2U-Rack Mounted DVD-type device and would like to have a metal faceplate. What would be the most economical method for 20-100 prototypes? The final finish is a brushed look and there is one hinged door allowing access to the slot-style dvd drive which will follow the faceplate finish. Colors are ranging from silver, black and gun-metal.
e.g. sheet metal (steel or aluminum) stamping on plastic, casted aluminum or zinc (probably too much if not heavy), vacuum metalizing (worried about chipping and 'cheap' look), any other methods?
Thank you in advance and appreciate all the help,
Jimmy
RE: Economical way of prototyping a metal faceplate
I think similar work can be done in aluminum. Set up a DXF file of things you'd like to see and send it to some laser cutting services to see what they can do.
E.g., you could cut the door from the panel, and use both, and cut a slot as thin as a DVD, and texture the surface or apply legends, all in the same step. Start with color anodized stock. Cut the lettering all the way through and backlight it. Make an integral pushbutton by cutting three spirals around it. Make multiple panels with matching finishes held together by slivers of metal that you can crack apart like they do circuit boards. Make a structure with slots and tabs that you can insert and deform.
Let your imagination run a little. Try a few test pieces, including things that you don't expect to work. Sometimes you surprise yourself.
Mike Halloran
Pembroke Pines, FL, USA
RE: Economical way of prototyping a metal faceplate
Thank you for your response. Is there a way of posting or uploading a screenshot of my design on the thread? Actually I just found a picture of it on the client's website:
http://www.modsystems.com/products/merch.html
The picture doesn't show what the faceplate looks like in the center area when the door is open, but it is recessed. The door opens by swinging down, hinged at the bottom.
I think the laser cut sheet would be good for a 2D design or a simple 3D design, but there are bevels; rounds; and features (both inside and outside) that recess into or protrude from the faceplate.
The comment about making tabs and slots is interesting, but with the current design, it might be too much of an 'erector-set' type of assembly and there would probably be too many visible parting lines.
We were initially thinking of stamping out a thin sheet with the same form then adhering it to a plastic frame that would have the necessary features for the interals.
Any further comments or technology suggestions are much appreciated.. By the way any good websites that go into today's manufacturing processes?
Thank you very much,
Jimmy
RE: Economical way of prototyping a metal faceplate
You can make photos appear here by hosting them elsewhere and embedding a link. There are instructions in a FAQ somewhere. I'd prefer just the links, so my browser doesn't have to deal with photos every time it loads the page.
Mike Halloran
Pembroke Pines, FL, USA
RE: Economical way of prototyping a metal faceplate
"Art without engineering is dreaming; Engineering without art is calculating."
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RE: Economical way of prototyping a metal faceplate
I've done some more research on the internet and found that it's at least worth a try to have one of these electro-plated and see how it feels. I found that I can get a brushed chrome finish and it will simulate a brushed 304 steel look. I'm just still worried about the overall feel, e.g. cold-touch of real metal, weight feel, durability.
Any other suggestions or comments are much appreciated..
Thank you all again!
RE: Economical way of prototyping a metal faceplate
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RE: Economical way of prototyping a metal faceplate
I find this forum very useful and hope that my question was not too elementary sounding. I did do as much research on the internet as possible before posting and also searched the forum.
Thanks again,
Jimmy
RE: Economical way of prototyping a metal faceplate
Mike Halloran
Pembroke Pines, FL, USA