Traduccion Poker Chips
The vibrant colored poker chip sets set the mood of the game, just like in a casino. Coin Inlay Series 15 gram Poker Chips With denominations of $0.25, $0.50, $1, $5, $25, $100, $500, $1000 and $5000 to choose from. (US poker slang) An extremely conservative player who is willing to play only the very strongest hands. Any of several fish: The striped bass. The huss or rock salmon. We ordered rock and chips to take away. (US, basketball, slang) A basketball. Yo homie, pass the rock! A bone is a rigid organ that constitutes part of the vertebrate skeleton in animals. Bones protect the various organs of the body, produce red and white blood cells, store minerals, provide structure and support for the body, and enable mobility.
- Monte Carlo 12.5g 3 Tone Holographic Poker Chips (25/Pkg) $4.85. 13.5 Gram Yin Yang Poker Chips (25/Pkg) $2.69. 7.5 Gram Showgirl Poker Chips (25/Pkg) $0.99 $1.75.
- Poker Chips are made from a variety of materials with clay poker chips and ceramic poker chips being the most popular. Stock poker chips are pre-made and ready to ship within 24 hours. Stock clay poker chips are made with a sticker label inlay and are available in up to 12 colors.
Explaining the term 'chip load' --what it means, and why it matters. June 19, 2005Question
I was wondering about what chip load is. The value supplied by tool manufacturers for each tool has a particular chip load. For example a two-flute up/down 1/2' diameter compression bit has a recommended chip load of .024-.026 for (chip board) from Onsrud. Does this value represent the amount in inches that the tool removes for each revolution of the tool?
Forum Responses
(CNC Forum)
From contributor G:
The chip load refers to the size of the chip material after it has been machined.
From contributor M:
You can determine your chip load or figure your speeds and rpm to target the proper chip load with the following formulae.
Chip load = Feed rate / (RPM * # of Cutting Edges)
Feed rate = RPM * Cutting Edges * Chip load
RPM = Feed rate / (# of cutting edges * Chip load)
From contributor K:
As you can see from the formulae, chip load can help you to easily determine what your feed rate should be:
RPM=16,000
Flutes=3
Chip load=.020in/Rev, which means a feedrate of 16,000*3*.020=960 i.p.m.
This is a good starting point, but there are also a couple of other considerations. First, chip loading is ultimately a measure of how much heat is taken away from the cut and consequently from the cutting tool. Too little will cause the tool to overheat and die prematurely. Of course too much will put too great a load on the tool and spindle and give a poor quality of cut.
Other factors contributing to heat buildup must also be considered. One is plunging versus ramping into a cut. Plunging creates a tremendous amount of heat and will quickly kill a tool that has the proper feed rate.
The other is deceleration at corners. If you are cutting a few large parts from a board, then the heat buildup as the spindle slows and/or stops when turning a corner will not be a big factor. But if you are cutting many smaller parts, this becomes a major factor. Also, with short movements at feed speed, the tool spends a lot of time at less than optimal feed rates, thus more heat buildup due to smaller chip loads.
The bottom line is that we never run our router at the maximum feed rate and RPM. We back off to about 60% (we are pretty conservative) so that the average chip load does not get too small.
Would you like to add information to this article?
Interested in writing or submitting an article?
Have a question about this article?
Have you reviewed the related Knowledge Base areas below?
Would you like to add information to this article? ... Click Here
If you have a question regarding a Knowledge Base article, your best chance at uncovering an answer is to search the entire Knowledge Base for related articles or to post your question at the appropriate WOODWEB Forum. Before posting your message, be sure to review our Forum Guidelines.
Questions entered in the Knowledge Base Article comment form will not generate responses! A list of WOODWEB Forums can be found at WOODWEB's Site Map.
When you post your question at the Forum, be sure to include references to the Knowledge Base article that inspired your question. The more information you provide with your question, the better your chances are of receiving responses.
Return to beginning of article.
Refer a Friend Read This Important Information Site Map Privacy Policy Site User Agreement Letters, questions or comments?E-Mail us and let us know what you think. Be sure to review our Frequently Asked Questions page. Contact us to discuss advertising or to report problems with this site. To report a problem, send an e-mail to our Webmaster Copyright © 1996-2020 - WOODWEB ® Inc. All rights reserved. No part of this publication may be reproduced in any manner without permission of the Editor. Review WOODWEB's Copyright Policy. The editors, writers, and staff at WOODWEB try to promote safe practices. What is safe for one woodworker under certain conditions may not be safe for others in different circumstances. Readers should undertake the use of materials and methods discussed at WOODWEB after considerate evaluation, and at their own risk. WOODWEB, Inc. 335 Bedell Road Montrose, PA 18801 Contact WOODWEB |