- #How to cnc dovetail portable
- #How to cnc dovetail series
- #How to cnc dovetail free
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#How to cnc dovetail free
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Chamfering & Profiling CNC Insert Router Bits. Carving CNC 2D and 3D Carve Router Bits. Architectural & Furniture Molding Router Bits. ACM Aluminum Composite Material Scoring Router Bits. SPEKTRA™ EXTREME LIFE COATED ROUTER BITS. learned something new that might come in handy. Anyways, digressing, but I'm glad I saw this thread. Several of our machinists were repeatedly playing with it and all seemed pretty impressed. The vise sat on my desk for a while before the job began work, and I was really impressed with the quality. Side note, we had a customer send us a job that required sourcing a few Lang Avanti vises and making a bunch of custom aluminum jaws for them, among other modifications. I think it just wouldn't completely eliminate the need for a dovetail vise. There are a great many jobs I'm already remembering where this Lang vise would have been great. We'd have to mill a step and THEN put it into the stamping dies which defeats the purpose of the off-line stamping prep work. In our HMCs (and one op in a VTL) we run some parts that are ~8" sq x 15"-32" long, depending on type. Large parts such as I'm imagining would not fit within the Lang vises I see. One benefit of the dovetail is that you can hole very large parts with a narrow dovetail. It's attractive to me since we don't have a whole lot of dedicated 5A vises just yet, but we do have a few Technigrips and we do a lot of dovetail milling on some jobs. It is to use the same thickness for workholding, but to NOT have to put it into a mill just for milling dovetails. The point of the Lang system, if I guess correctly, is not to eliminate the final machining op to remove the extra dovetail thickness. I don't think I'd bat an eye at it, myself, assuming the material at the jaws is being removed. If it's a fly-away part, you typically have to subject your manufacturing plan to engineering review anyways, so you'd know pretty quick whether or not it's acceptable. Just like milling off the dovetail, you'd still mill off the 1/8" or whatever you leave for the grip. No, you certainly couldn't leave the deformed part on there but I don't think it's expected to be left like that. I'm not suggesting that it's not a good product, just one thing to keep in mind.I doubt it will induce anything more than very-local changes that will be completely eradicated with subsquent operations. One issue to consider with the Lang tool: Forming the material could be very bad for aerospace applications because you are introducing stress into the part.
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