Thank you for your comment! Details of the tools can be found here. Tool name : TungMeister Slotting Tool model No. : VST277W10.0R020-6S10 catalog.tungaloy.com/Item.aspx?cat=6859349&fnum=294&mapp=ML&GFSTYP=M&srch=1

Thank you for your comment. This is an insert for aluminum processing!

Thank you for your comment!

Sorry, what is nx?

Thank you for your comment!

Спасибо за ваш комментарий

No he’s doing this by hand

It's a manual lathe. He's very skilled with the handwheels

Thank you for your comment. It is a CNC lathe.

Thank you for your comment.

Thank you for your comment.

Thank you for your comment. The width of the groove is the same for both. Moreover, processing for such elongated objects often utilizes solid end mills. Therefore, it also serves as a demonstration to show that such machining is possible.

Thank you for your comment. It will help you create higher quality videos.

Thank you for your comment. max a.p is 16mm. Click here for detailed product information. address:tungaloy.com/pdf/?file=tungaloy.com/wpdata/wp-content/uploads/429.pdf#zoom=page-fit&pagemode=none

Спасибо за ваш комментарий. Подскажите, пожалуйста, в какой части?

Thank you for your comment. This comparison image was processed under appropriate cutting conditions.

コメントありがとうございます。 ハイスを使用している方を対象に超硬をアピールする為のPR動画です。 用途によって選択できるヘッド交換式工具の一例です。

Thank you for your comment!

Это сравнение времени обработки.

@@Tungaloy_second Сравнили HSS и твердосплав.

Thank you for your valuable opinion. We will make this a point for improvement next time.

Thank you for your comment!

Thank you so much for your compliments! It means a lot to us to hear you say that!

Спасибо за ваше ценное мнение. В какой именно части?

@@Tungaloy_second The speaker has already written to you in the comments below.

Thank you for your comment! Thank you for your input.

Thank you for your comment! This is Tungaloy product!

Thank you for your comment! ■Products & Cutting conditions : ①［Extarnal turning］ Tool : ADJNL2525M15-A Insert : DNMG150404-TSF T9215 Vc = 150 m/min, f = 0.15 mm/rev, ap = 1 mm ②［Center hole drilling］ Shank : VSSD08L060S05-S Head : VDP328L04.6A30-02S05 AH725 Vc = 40 m/min, f = 0.025 mm/rev ③［Rough extarnal turning］ Tool : ADJNL2525M15-A Insert : DNMG150404-TSF T9215 Vc = 150 m/min, f = 0.2 mm/rev, ap = 0.5 - 1 mm ④［Middle rough extarnal turning］ Tool : SYJBL2525M16 Insert : YWMT16T304-ZF T9215 Vc = 150 m/min, f = 0.15 mm/rev, ap = 0.2 - 0.5 mm ⑤［Finish extarnal turning］ Tool : SYJBL2525M16 Insert : YWMT16T304-ZF T9215 Vc = 200 m/min, f = 0.15 mm/rev, ap = 0.2 mm ⑥［Head pocket milling］ Tool : EXN02R010M10.0-02 Insert : LNMU0202ZER-MM AH3225 Vc = 150 m/min, fz = 0.2 mm/t, ap = 0.3 mm ⑦［Head slot milling］ Shank : VSSD12L070S08-C Head : VST217W4.00R020-4S08 GH730 Vc = 120 m/min, fz = 0.05 mm/t, ap = 2 mm (2pass) ⑧［Finish pocket milling］ Tool : EPAV06M010C10.0R02 Insert : AVGT060304PBER-MJ AH3225 Vc = 150 m/min, fz = 0.04 mm/t, ap = 4 mm ■Work material : S45C/C45(1045) ■Machine : chuck size = 10 inch, 30/22kW

Дякуємо за ваш внесок. Я буду на нього посилатися.

Thank you for your comment! You are right. I will take your valuable comments into consideration.

Tänan teid kommentaari eest😀

Спасибо за ваш комментарий Правда, по количеству обрабатываемых аспектов они уступают специализированным инструментам, но в зависимости от сферы применения их преимущества весьма значительны. И эти вставки доступны для широкого спектра материалов.

Спасибо за ваш комментарий Что вы хотите узнать?В пределах возможностей, я хотел бы удовлетворить ваше пожелание

Thank you for your feedback. You're absolutely correct. In this video, we're only showcasing back turning, so we're not fully conveying the excellence of this tool. Depending on the machining situation, this tool is capable of both front and back turning. Also, in this video, the new chip on the right side reduces the cutting edge angle to decrease the feed force and minimize ring burrs. For product information, please see below. tungaloy.com/product/turning/addmultiturn/

спасибо! Я был бы счастлив, если бы вы могли так сказать

Спасибо за ваш комментарий Использовали ли вы инструменты нашей компании?

@@Tungaloy_second да, использовал. Великолепное качество.

@@djenii2020 спасибо! Я был бы счастлив, если бы вы могли так сказать!

Thank you for your comment! The protrusion length of this tool is approximately 60mm.

The rake angle of the insert itself and the large axial rake angle when placed in the tool enable ultra-low cutting forces.

Thank you for your comment! Well, the machining surface is difficult with high feed and long overhang. However, it is ideal for rough machining where there is a large amount of machining allowance!

Thank you for liking it!

Thank you for your comment! In this video, although the final tightening is not shown, we perform the final tightening and confirm it. Please rest assured.

Thank you for your comment! Which process are you talking about?

Thank you for your comment! No through-spindle function is provided.

Thank you for your comment! The bottom part is a 3-blade drill shape!

Thank you for your comment! Yes, I am. Machinig by spring pass.

Thank you so much for your compliments! It means a lot to us to hear you say that!

People complain and ridicule for self worth. Low self worth is at epidemic levels.

Sure if it was for mass production it’s a little jumpy, but not very bad at all

Спасибо за ваш комментарий пить нельзя🤣

They start at the exact same position and the feedrate per tooth is not even 1% higher. Do the math yourself and check the video by frame. Very good comparison actually.

Thank you for your comment. The starting position is the same.

@@sicstar Thank you for your comment. That's exactly what you said.

Thank you for your comment. This video shows a comparison of finished surfaces using high-feed machining. However, it was not possible to obtain surface roughness data at this time.

Thank you for your comment! This time, due to prioritizing processing efficiency, the actual machining may differ from what is performed on the shop floor.

Thank you for your comment! About which machining?

Thank you for your comment! Thank you for pointing this out! There may be some vibration noise under certain conditions.I would like to further hone my skills next time.