Difference between universal and omniversal milling machine
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going to dedicate my limited floor space to another machine I want to expand my capablites, rather than add another heavy object to bump into.
What are the Pros and cons of a brown and sharp omniversal when compared to the same size brown and sharpe universal machine.
Do I lose significant table travel or rigidity with an omniversal?
Is the aditional flexability of the second tilt and traverse usefull. If so, how?
Is the ability to rotate the table on a universal sufficent to accomplish most tasks.
I do intend to hold out for a machine in reasonable shape, with the vertical head and arbor supports. Lets also assume I would spring for the dividing head and gears for helical milling, and would like to find the vertical shaping attachments as well if they exist for an omniversal.
What are the Pros and cons of a brown and sharp omniversal when compared to the same size brown and sharpe universal machine.
Do I lose significant table travel or rigidity with an omniversal?
Is the aditional flexability of the second tilt and traverse usefull. If so, how?
Is the ability to rotate the table on a universal sufficent to accomplish most tasks.
I do intend to hold out for a machine in reasonable shape, with the vertical head and arbor supports. Lets also assume I would spring for the dividing head and gears for helical milling, and would like to find the vertical shaping attachments as well if they exist for an omniversal.
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Answer:Suppose that light from the yellowregion of the spectrum, with awavelength of say 580 nm, arrives at the retina. It lies between that of red(say 620 nm) and green (550 nm), so this light stimulates both red and green photoreceptors. This evokes a sensation that we are taught to callyellow.
Explanation:
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