CNC VIDEO OF TUBO HOUSING
Here is a nice high speed machining video of some turbo housings being finish machined. Some of you may find this interesting, I sell this equipment everyday and get really interested in how the industry progresses to be more efficent.
http://www.youtube.com/watch?v=fl4tK9Q2PCM
Modified by EGJDM at 9:50 AM 3/5/2007
http://www.youtube.com/watch?v=fl4tK9Q2PCM
Modified by EGJDM at 9:50 AM 3/5/2007
The haas' sure are a popular machine. How do you like yours? They seem to make it really attractive with there easy financing. Sometimes it is as if they will give anyone with a pulse one. Because if you don't make the payment and you go to call in for the code to unlock the controller that month you are out of luck. I can say this the are great machines to sell tooling because they go through it like mad.
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Awesome. I watched a few other Stama videos too. Some very cool technology.
It is interesting that the machines seem to rely on very little coolant. One of my professors is currently doing a lot of research on tool coatings for high speed machining for this very purpose. Interesting to see how different companies approach the matter in different ways. It seems most will flood the part with coolant to maintain stable part sizing and finishes.
It is interesting that the machines seem to rely on very little coolant. One of my professors is currently doing a lot of research on tool coatings for high speed machining for this very purpose. Interesting to see how different companies approach the matter in different ways. It seems most will flood the part with coolant to maintain stable part sizing and finishes.
really if you talk to a lot of guys they will prefer to cut dry if possible and may use compressed air. One of the main functions of the coolant is to evacuate the chips so you are not recutting them damaging your cutter. A lot of carbide tooling thrives on the heat and coatings have came a long way. Seems as though most of the coatings are engineered to function in certain situations.
and to think, thats the type of **** my grandpa would make each and everyday. something like that would take him all day just to turn 1 turbine housing.
RIP grandpa cause i know ur rollin over in ur grave now. love you.
RIP grandpa cause i know ur rollin over in ur grave now. love you.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by EGJDM »</TD></TR><TR><TD CLASS="quote">really if you talk to a lot of guys they will prefer to cut dry if possible and may use compressed air. One of the main functions of the coolant is to evacuate the chips so you are not recutting them damaging your cutter. A lot of carbide tooling thrives on the heat and coatings have came a long way. Seems as though most of the coatings are engineered to function in certain situations.</TD></TR></TABLE>
hate to state the obvious here, especially when I know full well that some tooling can see see HUGE advantages from dry cutting, its simply easier to view when cutting dry.
hate to state the obvious here, especially when I know full well that some tooling can see see HUGE advantages from dry cutting, its simply easier to view when cutting dry.
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From: abitibi-temiscamingue, Quebec, Canada
That is one bad *** CNC... damn, two part's at a time, I never saw that befor this vid, although, I know machining pretty well. it's damn FAST...
thank's for sharing,
JP
thank's for sharing,
JP
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by rlockwood »</TD></TR><TR><TD CLASS="quote">
hate to state the obvious here, especially when I know full well that some tooling can see see HUGE advantages from dry cutting, its simply easier to view when cutting dry.</TD></TR></TABLE>
Where I work...
When it comes to production CNC machining, the view of the part is good to have, but not critical. Typically, once the first part is set-up and ran, it is inspected. If it passes inspection, then it's lock and load from there. All parts that come out of the machine are then inspected by the machine operator w/ check gauges/measuring tools w/ the exception of 1 out of every 5 being checked by Q.C. (quality control).
To check in on the part while it's in the process of being machined, there is a button called single-block which allows you to watch it machine step by step.
There is alot to take into consideration when dry-cutting...too much to get into.
Modified by pizzle at 11:39 PM 3/22/2007
hate to state the obvious here, especially when I know full well that some tooling can see see HUGE advantages from dry cutting, its simply easier to view when cutting dry.</TD></TR></TABLE>
Where I work...
When it comes to production CNC machining, the view of the part is good to have, but not critical. Typically, once the first part is set-up and ran, it is inspected. If it passes inspection, then it's lock and load from there. All parts that come out of the machine are then inspected by the machine operator w/ check gauges/measuring tools w/ the exception of 1 out of every 5 being checked by Q.C. (quality control).
To check in on the part while it's in the process of being machined, there is a button called single-block which allows you to watch it machine step by step.
There is alot to take into consideration when dry-cutting...too much to get into.
Modified by pizzle at 11:39 PM 3/22/2007





