![KYOCERA Precision Tools](/img/default-banner.jpg)
- 121
- 800 692
KYOCERA Precision Tools
United States
Приєднався 30 лис 2009
KYOCERA Precision Tools (KPT) is a division of the KYOCERA SGS Precision Tools Group specializing in the manufacturing, servicing, and marketing of Indexable Cutting Tools. With over 40 years of cutting tool expertise, KYOCERA has become the market-leader in Japan and has an established global network with manufacturing, technical centers and sales offices in the Americas, Europe, and Asia.
Strong, Precise, and Reliable Small Part Cut-Off Performance with KGZ Series
The KGZ small diameter cut-off series is designed for strong, precise, and reliable part-off machining operations. With an extensive range of sizes, sub-spindle and jet coolant-through options, the KGZ solves a variety of machining challenges when trying to make a clean cut.
Переглядів: 126
Відео
KGZ Small Diameter Cut-Off in 304 Stainless Steel - PM Chipbreaker
Переглядів 21314 годин тому
PM Chipbreaker Medium Feed Machining High versatility For a variety of applications www.kyoceraprecisiontools.com/kgz
KGZ Small Diameter Cut-Off in 1045 Steel - PH Chipbreaker
Переглядів 5914 годин тому
PH Chipbreaker High Feed Machining Reduced cycle time For high feed machining www.kyoceraprecisiontools.com/kgz
KGZ Small Diameter Cut-Off in 6061 Aluminum - PG Chipbreaker
Переглядів 7114 годин тому
PG Chipbreaker Sharp Edge - Low Cutting Force Superior sharpness For aluminum alloy machining www.kyoceraprecisiontools.com/kgz
KGZ Small Diameter Cut-Off in 1010 Steel - PF Chipbreaker
Переглядів 6214 годин тому
PF Chipbreaker Low Feed Machining Edge width from 0.051" (1.3mm) For reducing cost of steel workpiece www.kyoceraprecisiontools.com/kgz
Multi-Flute Tools: When to Use Them and When to Avoid
Переглядів 2,1 тис.2 місяці тому
In this video, Jason from Kyocera SGS explains the advantages and considerations of using multiple flute tools in CNC machining. He discusses how a greater number of cutting edges can enhance feed rates and productivity, but also how increased flutes reduce flute depth, impacting chip evacuation. The video highlights the rigidity benefits of a larger core in challenging materials, demonstrating...
Is Speed and Feed Killing Your Tooling?
Переглядів 1,1 тис.2 місяці тому
Are your CNC tools wearing out faster than expected? The culprit might be your speed and feed settings! In this eye-opening video, we tackle the critical question: "Is Speed and Feed Killing Your Tools?" Join us as we uncover the secrets to optimizing these parameters for maximum tool life and productivity. Learn from an industry expert as we break down the fundamentals of speed (RPM) and feed ...
Promo Pack 2024 Promotional Video
Переглядів 119 тис.4 місяці тому
Are you tired of dealing with premature tool wear, frustrating chip issues, and lackluster finishes in your machining work? Kyocera understands your struggle and has the perfect solution for you! Introducing our limited-time-only milling and turning Promo Pack, your ultimate toolkit for achieving exceptional results in your machining projects. Discover how our milling kits provide stability, pr...
Multi-Use 45 Degree High Performance Milling Series - MB45
Переглядів 6604 місяці тому
General-purpose milling cutters must strike a balance between quality, performance, long tool life, economy, and versatility to effectively handle a wide range of machining tasks. The MB45 achieves all these qualities without compromise. These next-generation cutters are durable, ensuring reliability whether used for general machining applications or for discovering innovative machining solutions.
MA90 - Tangential Milling
Переглядів 11 тис.5 місяців тому
Available in a variety of inch and metric end mill, face mill, and modular head sizes, the MA90 gives users additional benefits than are offered from conventional cutters. The MA90 mills are designed with rigidity and ease-of-use in mind. Due to its design with tangentially mounted inserts where the insert screws are on the side, cutting forces are directed into the insert pocket corner. On con...
High Efficiency Milling with MA90 Tangential Cutters
Переглядів 1,1 тис.5 місяців тому
Experience multi-functional, high-efficiency milling with Kyocera's MA90 series end mills and face mills. This series features a large web thickness for higher rigidity and stable machining with tangentially mounted inserts. Utilize Kyocera's all new PR18 series inserts to double your milling tool life in steels, stainless, and cast irons. For more information, visit www.kyoceraprecisiontools.c...
PR115S / PR120S | Next Generation PVD Technology
Переглядів 5909 місяців тому
PR115S / PR120S | Next Generation PVD Technology
Anti-Vibration Interchangeable Head Boring Bars - KAV
Переглядів 1 тис.9 місяців тому
Anti-Vibration Interchangeable Head Boring Bars - KAV
KPK Coolant Connections with CCN 5 Connector
Переглядів 1969 місяців тому
KPK Coolant Connections with CCN 5 Connector
Revolutionizing Milling with the PR18 Series: Unveiling Cutting-Edge Coating Tech
Переглядів 1,3 тис.Рік тому
Revolutionizing Milling with the PR18 Series: Unveiling Cutting-Edge Coating Tech
PR115S/PR120S Series for Heat-Resistant Alloy Machining Solutions
Переглядів 742Рік тому
PR115S/PR120S Series for Heat-Resistant Alloy Machining Solutions
Next Generation CVD Coated Carbide Grades for Steel - CA115P/CA125P
Переглядів 1,3 тис.Рік тому
Next Generation CVD Coated Carbide Grades for Steel - CA115P/CA125P
Face Grooving Tool Selection - Optimal Diameter Ranges
Переглядів 4,1 тис.Рік тому
Face Grooving Tool Selection - Optimal Diameter Ranges
Hard Turning a Gear with KBN020 Heavily Interrupted Machining
Переглядів 3,1 тис.Рік тому
Hard Turning a Gear with KBN020 Heavily Interrupted Machining
Hard Turning a Shaft with KBN020 Continuous to Interrupted Machining
Переглядів 2,2 тис.Рік тому
Hard Turning a Shaft with KBN020 Continuous to Interrupted Machining
New Breakthroughs in Hard Turning Technology with KBN020
Переглядів 1 тис.Рік тому
New Breakthroughs in Hard Turning Technology with KBN020
Replaceable Tip High-Efficiency DRA Magic Drill
Переглядів 6 тис.Рік тому
Replaceable Tip High-Efficiency DRA Magic Drill
EZ Bar Small Internal Machining Series
Переглядів 3,3 тис.2 роки тому
EZ Bar Small Internal Machining Series
ZBMT-Series 25 Degree Profiling Tools
Переглядів 1,6 тис.2 роки тому
ZBMT-Series 25 Degree Profiling Tools
M-THREE (MEV) Multi Functional Milling Demo (Full Video)
Переглядів 2,2 тис.3 роки тому
M-THREE (MEV) Multi Functional Milling Demo (Full Video)
M-THREE (MEV) Multi Functional Milling Demo
Переглядів 1,2 тис.3 роки тому
M-THREE (MEV) Multi Functional Milling Demo
MFH-MAX High Feed Milling with Larger Depths of Cut
Переглядів 3,6 тис.3 роки тому
MFH-MAX High Feed Milling with Larger Depths of Cut
A lot of thought went into the clamp, thanks for sharing. Charles
Can you give more info on the parameters of the cuts you did please? Tool diameter, axial and radial doc, tool holder?
Material: Inconel 718 ~ 28 HRc Engagements: Radial (Ap) 1.25” - 250% Depth to Diameter and Axial (Ae) .035” - 7% Width to Diameter Total Linear Inches Milled: 324” Diameter: 0.5 5 Flute High Performance End Mill 126 SFM / 963 RPM / .003 Chip Load per Tooth / 14.5 IPM 22.3 Minutes in Cut to Complete Above 7 Flute High Performance End Mill 140 SFM / 1070 RPM / .0022 Chip Load per Tooth / 16.4 IPM 19.8 Minutes in Cut to Complete Above Multi-Carb End Mill 140 SFM / 1070 RPM / .0027 Chip Load per Tooth / 26 IPM 12.5 Minutes in Cut to Complete Above
So would you suggest roughing with say a 4 flute and finish with a 5,7,9 flute?
Yes, the material you're machining is a critical variable in selecting the number of flutes. For instance, softer materials like aluminum typically benefit from fewer flutes (such as 3 or 4) for both roughing and finishing to allow for better chip evacuation. Harder materials like steel might use more flutes (like 4 for roughing and higher for finishing) because they can handle the increased cutting forces and benefit from the additional cutting edges. While you can achieve a good quality finish with a lower flute count, it's generally preferable to use more flutes when possible. Higher flute counts can achieve the same or better finish in a shorter amount of time due to the increased number of cutting edges engaging the material. In summary, while a 4-flute tool is often used for roughing in a variety of materials, and higher flute counts are used for finishing, the specific material you're working with should always be a key consideration in your tool selection.
If the flutes are regularly spaced, it can still generate periodic vibrations, causing chatter, regardless whether the number of flutes is even or odd. Irregular spacing can help.
You're right that irregular spacing of flutes, also referred by some as variable pitch, can help reduce chatter. Another effective strategy is using a variable helix angle. A variable helix angle can be either variable up and down the flute or alternating helix angles per flute (such as 35/38 degrees, like in our ZAP series). This variation in helix angles spreads the cutting forces more unevenly, which can significantly reduce vibrations and improve surface finish. Both variable pitch and variable helix tools are designed to address the same problem-reducing chatter by breaking up the regularity of the cutting forces. Depending on the specific machining scenario, combining both strategies can often yield the best results.
Really like this style of video.
Thanks so much for the awesome feedback! We're super happy to hear you liked the video style. If there are any specific topics you like to see in a future videos, just let us know. Thanks for being part of our community!
Awesome video. Can you do one about helix angles?
Thank you for your awesome feedback! We're glad you enjoyed the video. We appreciate your suggestion about helix angles and have added it to our list of topics to cover. While we have a few topics lined up for our upcoming videos, we look forward to addressing helix angles in the future. Stay tuned for more content, and thanks for your support!
please... my kyochera g03 phone can't be used because there is a flood warning detected... please give me the solution
Thank you for reaching out. We understand your concern regarding the issue with your Kyocera G03 phone. However, our division specializes in precision tooling and CNC machining. For assistance with your phone, we recommend contacting Kyocera Mobile at www.kyoceramobile.com, as they will be better equipped to provide you with the solution you need.
My biggest problem is speeds and feeds using grooving or a part off tool. Trying to get the proper chip break is very difficult. I normally end up with chatter 1st then an immediately catastrophic event. Any helpful information would be greatly appreciated. Thx
As Jason mentioned, using the proper starting speed and feed is important. Other things to consider are the reach or overhang of the tool. It is important to adjust the overhang on our adjustable blades to the shortest amount possible while still allowing the tool to reach the center. If you are using a fixed tool (like KGD), it is best to select the holder with the shortest CDX dimension capable of cutting off the workpiece. The main problems are feed rates lower than recommended, excessive overhang, or center-height problems. For cut-off operations, we prefer the tool to be on center or slightly above center (+0.006”). This setup helps achieve better chip control and reduces the risk of chatter and catastrophic tool failure. Hope this helps!
Good Insight and demonstration of the function of those parameters and how they effect the tool / workpiece
Thank you for your encouraging feedback!
Being critical here, You need to mention "surface speed" rather than RPM. I'm certain you're aware but it's doing a dis-service to someone who actually needs the information. For those unclear of what I mean, RPM is the resultant from a function involving linear distance traveled per minute (aka. surface speed/cutting speed/SFM) and the cutter diameter. It's absurd to be teaching people to run a tool at a RPM value instead of a SFM range. It's 2024, we need to be doing better.
Thank you for your insightful comment. You're right that specifying "surface speed" (SFM) rather than RPM provides clearer information. In our video, while RPM was mentioned, Jason primarily talked about the speed of the operation, which refers to SFM. To clarify, SFM is calculated as: SFM=(RPM×Tool Diameter)/3.82 For the 1/2 inch tool shown, this translates to: At 3007 RPM: SFM≈393.6 At 10536 RPM: SFM≈1379.1 We appreciate your feedback
我愛京瓷❤
하이퍼포먼스 하이 코스트???
Thank you for your comment! We understand that high-performance tools can seem high-cost initially. However, our tools are designed to deliver exceptional durability, precision, and efficiency, ultimately reducing tool changes and downtime. This translates to significant cost savings and increased productivity for your machining projects. We’re committed to providing you with the best tools to help you achieve outstanding results. If you have any questions or need assistance, please feel free to reach out - we’re here to help!
nyc video 👍 ua-cam.com/video/ulnMi1UDDwA/v-deo.html
❤
To understand, DAXN is the diameter below part of the blade and DAXX above part of the blade, am i right?
jeez the screw unthreading itself made me nervous!
I like the alignment mark on the collet and shank. Charles
Is tungsten processing possible? Or is it possible with PCD?
"promo sm" 🌸
我愛日本京瓷❤
No link? That is short sighted.
The inserts are available from various distributors depending on your location, and the product pages and applicable catalogs are dependent on region, too, so it's not viable to post a link.
Sir this type tool is ss grade material use
How many passes will it last?
Between 1 and n.
Miracle coat!
Is it plunging?
good
Seems like a very low mrr in this test
MFH line is the best roughing line of tools out there they blow Dapra out of the water!!! Why?? The insert grades are amazing I rarely need to index them! They cut hard tool steel way easier! Inserts are not that expensive! Cons: cutter bodies are very expensive. Especially the mfh raptor mini line with the logu Inserts. A 2 inch shell mill has 9 or 10 inserts and costs over $500. Another con is with the mini line the inserts only stick out las the cutter body a very small amount. So if your inserts blow out you have seconds before the cutter body is hitting the workpiece and is trashed. These work great but is you want to push faster and bigger doc you can trash a cutter body very easily especially if u are trying to let it run and go program something else. Still I have made multiple $20k-$35k inserts out of toolox 44 (prehard H13 44HRC) and roughed them out with these without indexing. Doing that with Dapra high feed shell mills is not happening they dull very fast at least 3 indexes. Dapra does have harder insert grades but they are soo damn brittle they crack and break very easily they have no toughness. These Kyocera MFH inserts cut very hard metal and are still very tough. My tooling rep told be the have much better carbide grades and much much better substrates to bind them together. They last soo long our vendors ask why we never need inserts. They have also said they sell a lot less inserts to people who use them they almost don’t like pushing them because of that. Not having to change inserts much is soo nice. U can just program and run. I love the raptor line my only issue is the cost of the cutter bodies. When u trash one it is costly. Anyone who uses cam and programs knows insert mills get trashed there are soo many variables. Chip evacuation alone can trash one if not good. If you are high feed milking and don’t have corner rounding up enough you can blow out all the inserts in one corner and if you are not standing right there you won’t be able to stop it In time before the cutter steps down for the next cut and is cutter body on workpiece. These are just roughing cutters and lots of times a diamond file can clean up the insert pockets enough where they are still useable. Still that cutter body pays for itself 10 times over usually much more. On average they last me 1.5 years. I’ve never trashed a SOMT MFH yet but those inserts are larger and you have more time to react if the inserts go before the cutter body hits the workpiece. The MFH Mini you have seconds. The MFH mini has better cutter geometry and cuts harder metal much better. It also has a smaller programmable radius and rough closer to finished size in the fillets. I am looking forward to trying the MFH Max which has the same insert geometry as the mini bit with a bigger insert. So should be the best of both worlds
Kyocera Raptor is the absolute best roughing high feed insert I’ve ever used. MFH Max takes in my opinion the best performer which is MFH Mini and increases it’s size and improves its geometry to allow for over double the doc. That was the only real flaw of the mini the small doc. The geometry of it combined with the amazing insert grade and PVD coating made these inserts last forever. Our tooling vendor always asks why we don’t use these much and I say we do! We just don’t need to use new inserts a lot they are soo much better than Dapra inserts for high feed style. I wish the max was out years ago or I would not of got the MFH raptors and just got the max. My only complaint is I wish they offered a square finishing type insert that could be used in the same holders. The holder or cutter bodies are not cheap! They cost about $100 more on average than Dapra. The inserts are decent priced and once u use them for a while the cost is offset just by the insert life not even factoring in the fast metal removal rates. These inserts can also cut hard metal much much better than Dapra. Dapra offers inserts that can cut hard metal but they are soo brittle they are very prone to breaking. Raptor PR1525 is amazing. It cuts through 50HRC like butter. It cuts 44HRC perfectly for long periods of time. So if you cut H13 Prehard these inserts are perfect for that.
I’ve been a independent representative for Kyocera for years. This is a very successful product, it out performs the competition. I test with customers and they are sold. The inserts are priced competitively and they have 4 cutting edges per insert. I have replaced multiple indexable drills in steel just by helically ramping into solid material and used them for opening up holes(bores), this is very effective on smaller CNC mills that don’t have the rigidity or power to drive a big drill.
What is the price of Turning holder 25x25
Plz connect me
i'd like to try this tool....same machine. jasonsnyder001@gmail.com
Tengo una duda. Que significan las siglas D.O.C.?
ua-cam.com/video/3nouCs4sSSch/v-deo.htmlttps://ua-cam.com/video/3nouCs4sSSch/v-deo.htmlttps://ua-cam.com/video/3nouCs4sSSc/v-deo.html🇰🇷🇰🇷🇰🇷🇰🇷🇰🇷🇰🇷🇰🇷How are you ref happy day We are ultra precision company BAEK YEON thanks for watching ....
How are you ref happy day We are ultra precision company BAEK YEON thanks..
Only goes in half as deep as your competitor. Yeah fair comparison.
How to order online in India?
Wow I have found the beginning of the internet
What is RA value for this drill
I have run these drills in 300 Series SS, mild Steel and Aluminum and they work amazing!
Great to hear!
Seems that the uploader doesn't bother with comment section. Is there a PR contact somewhere, who would explain wich tools, machine, feeds, spindle speeds
What material are you cutting and what diameter cutter?
Can you cut the hole bigger than the drill by offsetting the cutter.
What are the speeds and feeds you’re running? Did you measure the surface finish?
That screw in the tool holder is about to fallout, plus that's a lot of coolant not making it down the drill
MSO 90125R-6at-m milling head is a failure. Produce again on 7 cutting plates please
What is the material?
What are the feeds and speeds used in this video?