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Cutting Tool Engineering
United States
Registrace 29. 09. 2010
Cutting Tool Engineering magazine produces original video reports for the cutting and grinding industry. In addition to reports that complement coverage in our monthly magazine, ctemag.com posts a new episode of our Grinding Doc Video Series each month.
Bourbon With The Editor And The Machining Doctor
Join us for the pilot episode of Bourbon With The Editor, featuring Erez Speiser, a mechanical engineer with more than 30 years in the industry who created the website MachiningDoctor.com. Professional machinists searching for technical assistance on the internet would do well to check out Machiningdoctor.com-it now has 27 machining related calculators and a reported 250,000 page views per month. The website contains a wealth of information that is well-organized and bound to be of interest to professional machinists.
zhlédnutí: 25
Video
Inside Champion Now: Advocating for Manufacturing Careers! 🏭 #YouthEmpowerment #mfg2024 #ChampionNow
zhlédnutí 33Před měsícem
Join us as we dive deep into the mission and initiatives of Champion Now, an organization dedicated to advocating for manufacturing careers among youth. In this exclusive interview, we explore how Camp Champ, a subsidiary of Champion Now, is creating a sustainable pathway from middle school to industry. Witness firsthand how tabletop machines are utilized to engage middle schoolers in hands-on ...
Bourbon With The Editor And The Machining Doctor
zhlédnutí 45Před měsícem
Join us for the pilot episode of Bourbon With The Editor, featuring Erez Speiser, a mechanical engineer with more than 30 years in the industry who created the website MachiningDoctor.com. Professional machinists searching for technical assistance on the internet would do well to check out Machiningdoctor.com-it now has 27 machining related calculators and a reported 250,000 page views per mont...
Bourbon With The Editor Featuring Special Guest Vargus USA
zhlédnutí 41Před měsícem
Cutting Tool Engineering is happy to announce the launch of Bourbon With The Editor, a new video podcast series featuring Dennis Spaeth, Editor of CTE, and a variety of industry experts enjoying a glass of bourbon while we discuss a range of metalworking challenges and solutions. You can listen and watch the series on our Vimeo video platform or catch the stream through one of our various socia...
Bourbon With The Editor Featuring Special Guest Vargus USA
zhlédnutí 10Před měsícem
Cutting Tool Engineering is happy to announce the launch of Bourbon With The Editor, a new video podcast series featuring Dennis Spaeth, Editor of CTE, and a variety of industry experts enjoying a glass of bourbon while we discuss a range of metalworking challenges and solutions. You can listen and watch the series on our Vimeo video platform or catch the stream through one of our various socia...
Tips to improve performance when machining medical parts
zhlédnutí 1,1KPřed 3 lety
CTE and the RobbJack Corporation in November 2020 presented a webinar titled, "Tips to Improve Performance by 500% When Machining Medical Parts." Presented by Mike MacArthur, RobbJack's vice president of engineering, the webinar examines new cutting technologies and strategies that solve many of the difficulties experienced by shops machining many materials specific to medical machining, includ...
3D-printed Stator Bore Tool for electric engines
zhlédnutí 1,1KPřed 3 lety
Kennametal Inc. has developed a 3D-printed Stator Bore Tool to meet growing customer demand for lighter weight tooling solutions used to machine components for hybrid and electric vehicles.
Aluminum Slotting Recipe
zhlédnutí 640Před 4 lety
John Saunders shares a recipe for successfully machining a deep slot in 6061-T6 aluminum. Saunders is the owner of Saunders Machine Works LLC, Zanesville, Ohio, and the founder of ProvenCut, a website with a video library of speeds and feeds.
When to use optimized roughing
zhlédnutí 692Před 4 lety
CTE Publisher Dennis Spaeth recently met with Jay Ball, Seco product manager, solid milling, to learn more about optimized roughing and highlight the major factors that govern success or failure with this milling strategy. The final installment of the video series turns the focus on when to employ optimized roughing.
Know your machine capabilities
zhlédnutí 672Před 4 lety
In the third installment of this video series, Jay Ball, Seco Tool's solid milling product manager, stresses that shops must maintain constant chip load in order to achieve successful optimized roughing. Knowing your machine's capabilities is critical, Ball adds, explaining that "machines must have the proper RPM capabilities, proper look-ahead capabilities, with the right controller to get to ...
Choosing the angle of engagement
zhlédnutí 1,4KPřed 4 lety
CTE Publisher Dennis Spaeth recently met with Jay Ball, Seco product manager, solid milling, to learn more about optimized roughing and highlight the major factors that govern success or failure with this milling strategy. Part two of the series focuses on the proper angle of engagement.
Episode 18: Deep dive into fixture plates
zhlédnutí 2,1KPřed 5 lety
Episode 18: Deep dive into fixture plates
Episode 17: Revisiting high-mix, low-volume business model
zhlédnutí 2,4KPřed 5 lety
Episode 17: Revisiting high-mix, low-volume business model
Episode 16: Hiring when there's full employment
zhlédnutí 316Před 5 lety
Episode 16: Hiring when there's full employment
Episode 15: Lights out machining tips from the CNC Chef
zhlédnutí 676Před 5 lety
Episode 15: Lights out machining tips from the CNC Chef
Episode 14: Conventional versus climb milling
zhlédnutí 4,1KPřed 5 lety
Episode 14: Conventional versus climb milling
Episode 12: Design for Manufacturing and Assembly
zhlédnutí 6KPřed 5 lety
Episode 12: Design for Manufacturing and Assembly
Episode 11: 7 ways to avoid breaking taps
zhlédnutí 3,2KPřed 5 lety
Episode 11: 7 ways to avoid breaking taps
Episode 9: The role of coolant in CNC machining
zhlédnutí 1,5KPřed 5 lety
Episode 9: The role of coolant in CNC machining
Episode 5: Turret vs. gang tooling for CNC lathes
zhlédnutí 4,4KPřed 5 lety
Episode 5: Turret vs. gang tooling for CNC lathes
Episode 92: Up grinding versus down grinding
zhlédnutí 7KPřed 5 lety
Episode 92: Up grinding versus down grinding
Episode 89: Stop workpiece shapeshifting
zhlédnutí 1,8KPřed 5 lety
Episode 89: Stop workpiece shapeshifting
Episode 91: The roundness profile point
zhlédnutí 6KPřed 5 lety
Episode 91: The roundness profile point
Episode 87: Matching coolant velocity to wheel velocity
zhlédnutí 1,5KPřed 5 lety
Episode 87: Matching coolant velocity to wheel velocity
Episode 85: Defining truing parameters, practical guidelines
zhlédnutí 1,1KPřed 5 lety
Episode 85: Defining truing parameters, practical guidelines
Have you ever heard of Okamoto's Grind-BIX accessory that is supposed to cause a coanda effect? It's supposed to increase coolant permeability by a lot.
Sir needs your support I India for application in grinding process
I don't like is real. They own everything and we are their slaves.
hi do youu need air knife?
I am I new one here?
What is the feed rate you recommend in terms of feed rate per work piece revolution? I am running a 3m CUBITRON 80H at .0007 per rev typically at 65 SFPM work piece speed and 8750 wheel SFPM. I shut the feed rate finish down to .00015 per rev for the last .002-.003 and cut workpiece speed in half to achieve an 8-10 micro inch finish. But this doesn’t seem like anything close to 600mm/min. What am I not understanding? Usually grinding shafts with three to six different diameters on a KELLENBEREGER 100. Dressing .0003 once each part. At .0007 per rev I am throwing flames, part stays cool, Wheel horse power meter shows virtually no load, maybe 3-5% over idle wheel. I have been grinding 45 years, this is my first experience with ceramics. Seems like your 600mm/min is off by several orders of magnitude. What am I missing? My math comes up with 21 mm/min.
What is the feed rate you recommend in terms of feed rate per work piece revolution? I am running a 3m CUBITRON 80H at .0007 per rev typically at 65 SFPM work piece speed and 8750 wheel SFPM. I shut the feed rate finish down to .00015 per rev for the last .002-.003 and cut workpiece speed in half to achieve an 8-10 micro inch finish. But this doesn’t seem like anything close to 600mm/min. What am I not understanding? Usually grinding shafts with three to six different diameters on a KELLENBEREGER 100. Dressing .0003 once each part. At .0007 per rev I am throwing flames, part stays cool, Wheel horse power meter shows virtually no load, maybe 3-5% over idle wheel.
this is so cool!!
Sir Can you tell me RPM and Feed Use for material SS316L in 4mm Cobalt drill and depth 90 mm Use in VMC 3-Axis Machine This machine is not through coolant machine Drill Details 4mm Cobalt drill dia. and 120 length (HSS-E PFX Extra Length Dril) 2RG4369627 Bright Finish DORMER DIN 1869/1
Guys this video is gold. Hats off to whoever chose and composed the music. Visuals are spectacular. And thank you for 'subtitles' For those that can read it means no annoying and laconic voice over.
Is this about skateboard trucks?
What is this steel? Is it possible for hard steel?
Good morning Dr. Badger. In your opinion, the roughing wheel width must be higher than the radial DOC? Eg. Grinding a diam 20mm down to diam 4mm (radial DOC of 8mm) is feasible with a standard roughing wheel of 6mm width? Thanks Alessandro
Is it hazardous to your hearing? What decibel level is produced?
Finally i met you hancock i dare not call u an a$$hole
What's the solution in the tank?
I'm a student at Bahir Dar university, Ethiopia doing a research. Could anyone help me get an ultrasonic transducer and horn (vibrator) with a variable frequency. The item shall have control and display units.
Hello. IS there any tutorial about how to replace a tool when the tool life alarm pops up? thank you
How if to clean liquid like milk or jus ?
Great vid! Would you have any idea why on my CNC lathe I get chatter when facing? My part is not sticking out more than 1x D....I can't get faster than 2000 rpm on this lathe. Seems to happen alot when facing. The machine is about 7 years old. We mostly do Stainless.
Wow😮
9 year-old presentation wtih limited views; yet good advice. My application is also in sharpening of chain saw cutters. The mid range of quality machine I use came with the stupic pink ceramic bonded AlO type wheels. Even with care to clean chains, it required constant cleaning and reshaping of the disc. The CBN wheels I substituted are far superior in that they retain their profile shape, cut with less pressure and time which adds to their inherant cool cutting properties. The CBN gets dirty way less often (remember, I clean my chains first) and when darkened with chain crud an art gum eraser.
great dishwasher
Kiwi?
I tried this one at work the other day and the results did not match my expectations. We had three lobes (our normal is two). Wheel speed 1500 rpm work speed 500. So I changed to 533 rough and 55x for finish speed. Made sure both numbers were irrational. But the lobes still appeared. What did I do wrong. We were doing a OD roundness lab check, and this change did allow us to pass the check, but the lobes were still present, if fuzzier. I was under the impression they would be mostly eliminated or much less pronounced. For context, I perform plunge OD grinding for cones. The workpiece and the grinding wheel sit at angles to one another (different angle for different products it changes frequently). So perhaps the various work speed relative to the diameter at any given point has something to do with this?
I have found the holy grail of channels! Thank you!
Hiring operators with big tits doesn't hurt either
really fascinating
Might need to give the machine rotator cuff surgery.
This is so cool!
approx how much are these??
550-750k
👍💯👏
Awesome
I am so disappointed that I have not found one video One video that uses this to actually clean a pan full of carbon. Can someone please make this
Physics yessir
What happens if air is trapped inside a part?
its like magic. dentist use this technology to clean tartar on teeth.
what kind of liquid is best to use for such mujek? does it react with aluminum?
Part 3 ?
wow this is so cool! :)
عمل رائع
@2:03 Why is the cut deeper when workpiece RPM is slower? Plunge speed is the same, then the cut deep is the same, and slower RPM makes the chip smaller?
Because the depth of the plunge will be more per each rotation of the work piece since it is moving slower.
its a brain bender... try and picture it as gears. if the grindstone is spinning faster than the work, its drawing an arc through the work. vice versa, if the work is turning faster, its the work drawing the arc through the grindstone. only when two gears are the right size and pitch do they contact at the ideal pitch line... obviously the stone is spinning much faster than the work. the difference in arc length is minute but its there.
very. helpful.
thank you so much
❤️❤️❤️❤️
Thanks for sharing
Cool stuff...
Where can a student get dedicated training and experience with micro machining?
Amazing video helped me to teach how actually and accurately these ultrasonic waves work in a fluid to clean machine parts
Please tell us how to offset and operate