Industry Case Studies

Industry Case Studies

Over-All Solution Provider for Metal Cutting Tools

Integrated Solutions for Impellers and Bladed Disks

In the machining of high-end components such as aero‑engines, gas turbines, and compressors, impellers and bladed disks—key power‑transmission elements—demand exceptionally tight dimensional accuracy, precise blade‑profile conformity, superior surface finish, and consistent process performance. Conventional machining methods, when applied to difficult-to-cut materials like superalloys, titanium alloys, and precipitation‑hardening stainless steels, often suffer from rapid tool wear, pronounced chatter marks, poor chip evacuation, and significant variations in contour accuracy, making it challenging to meet mass‑production standards. Drawing on years of R&D in impeller and bladed‑disk tooling and extensive field‑process expertise, Arno has introduced a comprehensive, full‑process precision‑machining solution for these critical parts. Featuring dedicated tools tailored to every stage—including internal and external cylindrical turning, roughing of blade‑shaped flow passages, and finishing operations—this solution ensures efficient, stable, and highly accurate machining of impeller and bladed‑disk components.

0512-67067202

Return
Integrated Solutions for Impellers and Bladed Disks
+
  • Integrated Solutions for Impellers and Bladed Disks

Case Details

Process step

1. Profile turning of external cylindrical surfaces, end faces, and contoured surfaces

2. Rough Machining of Blade Profile

3. Runner Rough/Semi-Rough Machining

4. Runner Rough/Semi-Rough Machining

5. Blade-type Semi-Finishing/Finishing – High-Precision Contour Forming

 

Dedicated turning inserts for high-temperature alloys and titanium alloys

It is used for machining the upper and lower end faces of wheel hubs (process datum faces), the inner bore and internal profile of the hub, as well as the outer diameter and rotary surfaces of the hub. Featuring a robust groove geometry, its cutting edge balances sharpness with exceptional strength.

 

Milling inserts for high-temperature alloys and titanium alloys

Designed for roughing operations, it efficiently removes large material allowances from the inter‑blade passages of large‑diameter impellers and bladed disks. Featuring a robust cutting edge and a specially engineered flute geometry, it delivers a metal removal rate far superior to that of solid carbide end mills. The inserts are replaceable, reducing per‑part tooling costs, while the cutting edge offers excellent impact resistance and can withstand the high temperatures generated during machining of superalloys.

 

Custom non-standard solid carbide roughing end mill with wave-shaped cutting edges and small‑toothed tapered ball‑nose design

Designed for roughing operations in medium- and small‑diameter channels, it features a fine‑grain WC‑Co carbide substrate. Key characteristics include wave‑shaped cutting edges and small, segmented teeth that promote chip evacuation and reduce vibration, thereby altering chip‑breaking behavior, lowering cutting forces, suppressing chatter, and protecting thin‑walled blades—balancing efficient chip removal with excellent rigidity.

 

Custom non-standard solid carbide round-nose end mill

Designed for semi‑rough machining of medium and small‑diameter flutes, it features an unequal‑pitch indexing and an unequal‑helix geometry to suppress machining vibrations, while the rounded nose edge effectively reduces stress.

 

Custom non-standard solid carbide tapered ball-end mill

Designed for semi‑finishing and finishing of blade‑shaped surfaces, it provides a uniform finish‑machining allowance (0.08–0.15 mm per side), corrects deformation caused by roughing, and ensures stable contour accuracy. Featuring an ultra‑fine‑grain WC‑Co carbide substrate, a specialized coating, and edge‑chamfering treatment, it reduces the coefficient of friction, minimizes tool wear and workpiece distortion, and incorporates a highly rigid tool structure to suppress cutting vibrations and prevent chatter marks on thin‑walled blades.

 

Custom non-standard solid carbide 3D ball-end mill

Designed for precision spherical‑head R‑shaping and the removal of excess material in narrow flow passages, featuring a long tapered shank and a small diameter. The slender taper design effectively eliminates tool‑axis interference in five‑axis machining; unequal helix angles provide vibration damping, significantly reducing chatter marks on thin‑walled blades. High contour accuracy of the spherical tip ensures superior surface quality on the blade’s curved surfaces and at the leading and trailing edges. The cutting edge exhibits excellent wear resistance, ensuring consistent performance across multiple parts while controlling form‑and‑surface‑roughness tolerances.

 

Solid carbide internal-coolant twist drill

Designed for machining end-face mounting holes and cooling holes in impellers and bladed disks, this tool features an optimized drill tip and chip‑breaking geometry, with a slightly dulled cutting edge. It delivers high‑efficiency drilling, excellent chip evacuation, and effective suppression of work‑hardening, while ensuring hole‑location accuracy. A custom extended shank is available to avoid blade interference.

Case Consultation

If you are interested in our products, please feel free to contact us to discuss potential collaboration.

Submit Now
%{tishi_zhanwei}%

Contact Us

Phone:0512-67067202
0512-62877712
Fax:+86-0512-62561293
Email:Info@ahno-tool.com
Address:No. 9 Kezhi Road, Suzhou Industrial Park

© 2026 Suzhou Ahno Precision Cutting Tool Technology Co., Ltd.

Privacy Statement

Contact for Privacy Requests

Powered by: www.300.cn  Tag

COOKIES

To process your message or inquiry, we may collect the personal information you voluntarily provide on this page, including your name, contact details, company information, and message content. We will process and protect your personal information in accordance with our Privacy Notice, and will only use the relevant information to the extent necessary to fulfill the purposes stated above. Before submitting, please read and acknowledge our Privacy Notice.

COOKIES

To process your message or inquiry, we may collect the personal information you voluntarily provide on this page, including your name, contact details, company information, and message content. We will process and protect your personal information in accordance with our Privacy Notice, and will only use the relevant information to the extent necessary to fulfill the purposes stated above. Before submitting, please read and acknowledge our Privacy Notice.

These cookies are necessary for basic functions such as payment. Standard cookies cannot be turned off and do not store any of your information.

These cookies collect information, such as how many people are using our site or which pages are popular, to help us improve the customer experience. Turning these cookies off will mean we can't collect information to improve your experience.

These cookies enable the website to provide enhanced functionality and personalization. They may be set by us or by third-party providers whose services we have added to our pages. If you do not allow these cookies, some or all of these services may not function properly.

These cookies help us understand what you are interested in so that we can show you relevant advertising on other websites. Turning these cookies off will mean we are unable to show you any personalized advertising.

Sorry, there is currently no content in this section.

You can view other sections.

Sorry, there is currently no content in the current column

You can check other sections

Business license

Business License