turning grooving we improve, we evolve, we ADD

Tungaloy’s Insights – Smart Manufacturing Tungaloy, as one of the leaders in the metal removal industry, offers the latest innovations in grades and geometries for superb performance and tool life. Tungaloy’s latest innovations in cutting tools contribute to carbon neutral

turning grooving Miniature Machining A lpha nume r ic Index

About Tungaloy Cutting Tool Catalog ■ Note in using this catalog: ★ This catalog provides the information of Tungaloy’s cutting tools as of September 2022. ★ The specifications are subject to change without prior notice for product improvements. Also, the products may be discontinued in the future due to the development of new products. ★ The dimensions of all products are shown in millimeters (mm). ★ For indexable tools, such as toolholders, cutters, drill bodies, applicable inserts or heads need to be ordered separately. Miniature Machining SPARE PARTS Designation C5PCLN*35060-12 Note: Except...

About Tungaloy Cutting Tool Catalog ■ Icons at the left side of each page Miniature machining External toolholder (cutting edge shape / angle) External Internal Grooving Threading Parting High feed Face Shoulder Slot milling milling milling milling Internal toolholder (cutting edge shape / angle) Chamfering Counterbore Finish face milling Parting, Grooving Radius Chamfering Slotting Threading External Internal 2-effective 4-effective Indexable Deep hole Reamer ■ Icons for applications of each product External External External grooving (full R) External Profiling grooving and turning (full R)...

About the dimension symbols conforming to ISO13399 ■ W h at is ISO13 3 9 9? ISO13399 is an international standard for the purpose of standardizing the electronic data of tools in the world. ■ Switching to the dimension sy mbols confor ming to ISO13 3 9 9 In this catalog, we use the dimension symbols (properties) conforming to ISO13399 international standard. Below are the examples of the change. KAPR APMX Re (Effective flute length) R (Effective flute length) ISO13399 standardizes not only the format of 2D and 3D CAD data but also the tool dimension symbols (properties) and reference position...

• Symbols unspecified in ISO13399 standard and Tungaloy’s original symbols are not included. • The symbols still under discussion are included. Please note any change or addition may occur. Shows the insert with standard corner radius. Milling: Includes actual cutting edge curve (CUT layer) and body cross section (NOCUT layer). • 3D data Light type (STP format file): Can be used to check tool path and interference. 3D data Detail type (STP format file): Can be used to create a new tool layout chart. (Can be combined with any insert model on a CAD software.) Turning: Equipped with an Milling:...

First choice for nishing. The sharp cutting edge and arc-shaped protrusion near the corner ensure excellent chip control. Unique geometry to provide better crater wear resistance and chip control during turning at light cutting depths. General-purpose chipbreaker with extensive chip control area. The protrusion in unique shape near the corner and large rake angle provide sharp cutting edge with low cutting force. Versatile geometry with optimized cutting edge design to provide superior chip control in wide range of applications. STAN DAR D C U TTIN G C OND ITION S Operation Precision finishing...

Chipbreaker Guide BASIC CHIPBREAKER: NEGATIVE TYPE Steel Chipbreaker System for Turning (Negative type) Q. Coated cermet / Cermet STANDARD CUTTING CONDITIONS Precision finishing Medium to heavy cutting steels, Alloy steels Cutting speed: Vc (m/min) carbon steels, Alloy steels High carbon steels, Alloy steels Low carbon steels, Alloy steels: S10C SCM415, SS400, SCr420H, etc. C10, 18CrMo4, E275A, 20Cr4, etc. Medium carbon steels, Alloy steels: S45C, SCM440, etc. C45, 42CrMo4, etc. High carbon steels, Alloy steels: SNCM439, etc. 41CrNiMo2, etc.

SELECTION SYSTEM: NEGATIVE TYPE Light interrupted Basic Fracture Chip control Basic Wear Crater wear Basic Fracture Basic Fracture Crater wear Basic Fracture Crater wear Chip control Basic Fracture Please see the page B*** for the details. Medium to heavy cutting [ ap = 3 ~ 6 mm ] Milling cutter Miniature tool Drilling tool Heavy interrupted User's Guide Tooling System

Chipbreaker Guide BASIC CHIPBREAKER: NEGATIVE TYPE Stainless Steel Chipbreaker System for Turning (Negative type) 7 6 5 4 3 Austenitic stainless steel Ferritic / martensite stainless steel Light cutting ■ Light interrupted - •Heavy cutting Heavy interrupted Precipitation hardened stainless steel 300 Light cutting < ► Heavy cutting Light interrupted 4 » Heavy interrupted Light cutting * ► Heavy cutting Light interrupted 4 * Heavy interrupted STANDARD CUTTING CONDITIONS ISO Operation Chipbreaker Grade Medium cutting Cutting speed: Vc (m/min) Austenitic stainless steel Ferritic / martensite stainless...

SELECTION SYSTEM: NEGATIVE TYPE Chip control Crater wear Basic Fracture Chip control Crater wear Basic Fracture Please see the page B*** for the details. Chip control Medium to heavy cutting [ ap = 2 ~ 6 mm ] Chip control Drilling tool Milling cutter Miniature tool Heavy interrupted User's Guide Tooling System Light interrupted Stainless Steel

Chipbreaker Guide BASIC CHIPBREAKER: NEGATIVE TYPE Chipbreaker System for Turning (Negative type) Q_ Grey cast iron Ductile cast iron STANDARD CUTTING CONDITIONS Medium cutting Feed Cutting speed: Vc (m/min) f (mm/rev) Grey cast iron Ductile cast iron Grey cast iron: FC250, etc. 250, etc. Ductile cast iron: FCD450, etc. 450-10S, etc.

SELECTION SYSTEM: NEGATIVE TYPE Basic Wear Burr occurrence Burr occurrence Burr occurrence Burr occurrence Basic Wear Basic Wear Burr occurrence Basic Wear Please see the page B*** for the details. Burr occurrence Burr occurrence Basic Wear Burr occurrence Medium to heavy cutting [ ap = 3 ~ 6 mm ] Milling cutter Miniature tool Drilling tool Heavy interrupted User's Guide Tooling System Light interrupted Cast Iron