株式会社ナカニシ（機工）

04/06/2026

ロボットテクノロジージャパン2026(RTJ2026) 先取り情報！

2026年6月11日(木)～13日(土)に開催されるロボットテクノロジージャパン 2026にて展示するコンテンツを先行してご紹介！
ナカニシホームページの特設サイトをチェックしてみてください👇
https://nakanishi-spindle.com/exhibition/rtj2026/

スピンドル×ロボットの組み合わせで『自動化・省人化』をテーマに、加工事例を多数ご用意しました！

小間位置は　展示ホールE E87　です！
皆さまのご来場を心よりお待ちしております！😊

We will be exhibiting at ROBOT TECHNOLOGY JAPAN 2026 (RTJ 2026): Jun. 11-13, 2026 @ Aichi Sky Expo!
We look forward to seeing you at Nakanishi booth: No. E87! 😍

22/05/2026

We attended JIMTOF2026 information session.
157 days until JIMTOF!

15/05/2026

ロボットテクノロジージャパン2026(RTJ2026)情報！

弊社webサイトより、RTJ2026の招待券をお申込みいただけます！
下記URLよりお申込みいただき、ぜひナカニシブースへお越しください🥳

https://nakanishi-spindle.com/exhibition/rtj2026/

08/05/2026

Check out Nakanishi YouTube for our products: BMF-3160-CTZ and BMF-3130-CTZ!

Instead of the standard rotating tool (GSC1310), two CNC automatic lathe spindles (BMF-3160/3130-CTZ) were cross-mounted on the Cincom L20.

Nakanishi YouTube (English) ↓
https://www.youtube.com/watch?v=r97qLc92VyA

ナカニシYouTube（日本語）↓
https://www.youtube.com/watch?v=qUrDYLmKH6k

27/04/2026

🎏Office closure information from Nakanishi🌱
May 2nd, 2026–May 6th, 2026
We will be back on May 7th!

23/04/2026

Check out Nakanishi YouTube for new product: RAM-3014!

By using the new RAM-3014 ultra-compact head angle spindle, we have achieved chamfering of inner cross holes in pipes with an I.D. of φ21.
In addition, the RAM-3014 is the world’s smallest angle spindle, enabling internal chamfering of pipes with a minimum I.D. of φ18!

Nakanishi YouTube (English)
https://www.youtube.com/watch?v=b6nXgy8Eq9s

15/04/2026

New Product Launch: RAM-3014!👏
This is the Angle Spindle with Ultra-Compact Head.
RAM-3014 capable of chamfering/deburring the inside of φ18 mm pipes!

Click below for more information!
https://en.nakanishi-spindle.com/product/ram-3014/

02/04/2026

They're blooming beautifully again this year🌸

27/03/2026

Nakanishi E4000 series!
For more details, check out our website below!

https://en.nakanishi-spindle.com/hpms/e4000/

The E4000 is a high‑performance motor spindle that delivers robust power and precision in a compact package — ideal for demanding machining applications on turning machines, robotics, and special machines.

✔️ φ40 mm spindle with up to 1,200 W output delivers strong cutting capability for tougher materials.
✔️ Up to 40,000 RPM motor speed for high‑speed machining with excellent surface finish.
✔️ High torque (up to 1.0 N·m) across the speed range, optimal for milling, drilling, grinding, and deburring.
✔️Precision run‑out within 1 µm enables high‑accuracy processing and long tool life.
✔️ Flexible mounting options including separate or one‑piece designs, plus grip ring support for easy installation.
✔️ Wide speed range with digital control and external control signals for integration with automated systems.

Compact yet powerful, the E4000 Series combines torque, speed, and precision — perfect for advanced industrial machining where performance and reliability matter.

24/03/2026

Nakanishi E3000 series!
For more information, check out our website too!

https://en.nakanishi-spindle.com/hpms/e3000/

The NSK Nakanishi E3000 high‑speed electric spindle system delivers cutting‑edge performance for a wide range of high‑speed machining applications — from fine drilling and milling to precision deburring and automation tasks.

🔹Up to 80,000 RPM with a powerful 350 W motor — ideal for high‑speed machining across materials.
🔹Ultra‑precise spindle accuracy within 1 µm for exceptional surface finish and repeatability.
🔹Extensive product lineup with straight, angle‑head, ATC, air‑bearing, and antistatic spindle options — all compatible with CNC lathes, robots, and special machines.
🔹Flexible mounting choices (straight, grip ring, fl**ge) make integration simple in a variety of setups.
🔹Wide speed range control (1,000–80,000 rpm) and intuitive monitor panel help dial in optimal processing conditions — with external I/O for automation integration.

Compact yet powerful, the E3000 series gives you the precision and performance you need for today’s high‑speed machining demands.