Lizhou
Blanks for T-slot milling cutters
Blanks for T-slot milling cutters
+
  • Blanks for T-slot milling cutters
  • Blanks for T-slot milling cutters

Blanks for T-slot milling cutters

China Lizhou Hard Alloy Source Factory


Grade:T-slot end mill


Classification :

Carbide Rod

keyword:

lizhou


Product Name: T-Shape Milling Cutter
Machining range: diameter φ15–φ32 mm, length 100–160 mm; other dimensions can be customized according to the drawing.
Diameter: +0.4/0 mm; stepped diameter D: ±0.3 mm
Length +2.0/0 mm, step length C +0.3 mm

T-shaped milling cutter blank:


The blank for a T-shaped milling cutter from Lizhou is an unfinished cutting-tool raw material or semi-finished product, typically in the form of a cylindrical bar, which requires further machining to be transformed into a finished cutting tool.

T-slot end mill blank


Characteristics of T-shaped milling cutter blanks:


1. Structure: No cutting edge; the surface is rough, requiring grinding or milling to form the cutting edge and tooth profile.
2. Not heat-treated: May be in the annealed or tempered condition and requires quenching, tempering, or other heat treatments depending on the final performance requirements.
Applications: Custom non-standard blades available (e.g., special sizes, tooth profiles).

                                             

      

 

 

 

 

T-shaped milling cutter:


The Lizhou T-slot milling cutter is a finished tool that has already undergone all manufacturing steps and can be used directly for machining T-slots or other similar features.


Characteristics of T-shaped milling cutters:


1. Complete structure: features a cutting edge, undergoes heat treatment (such as quenching), and is coated on the surface (such as with TiN or TiAlN), among other treatments.
2. Milling cutter parameters: specifications such as diameter, number of teeth, and insert length are clearly defined and suitable for standard T-slot dimensions.
Applications: Used for machining T-slots, dovetail slots, internal slots, and similar features; commonly employed in machine tool tables, fixtures, molds, and other applications.

All carbide tool manufacturers in Lizhou are capable of producing T-shaped end mills and T-shaped end-mill blanks. Please contact us directly if you have any requirements.

 

 

Use equipment

CNC machining centre

CNC machining centre

CNC machine tools

CNC machine tools

Carved machine

Carved machine

Factory Board

Factory Board

Factory Board

Factory Board

Factory Board

Factory Board

Factory Board

Factory Board

Factory Board

Recommended products

LBC05 cemented carbide round bars are made from ultrafine-grain alloy and exhibit excellent adhesion to diamond-coated tools, making them particularly suitable for manufacturing small- to deep-hole drills for machining materials such as graphite and composite materials.

View Details +

Application of LBC09-grade cemented carbide rods in the machining of difficult-to-cut materials. Featuring exceptionally high wear resistance and impact toughness, they are suitable for high-speed cutting and can be used to machine hard steels, plastics, composite panels, carbon fiber, and other challenging materials.

View Details +

The innovative LBC12S grade delivers enhanced stability when milling various types of stainless steel. It boasts exceptionally high impact toughness and an extremely long tool life. The LBC12 is particularly well-suited for machining hardened steels with a hardness of HRC 50 or higher and is a dedicated grade specifically developed for stainless steel machining.

View Details +

LX25 is a conventional grade that offers excellent wear resistance and toughness, making it highly cost-effective for cutting applications across all industries.

View Details +

FAQ

2026-04-21

Common Issues in Machining Stainless Steel with Lizhou Turning Inserts

A detailed guide to LIZHOU cemented carbide turning inserts, covering naming conventions, types, selection of inserts specifically designed for roughing and finishing stainless steel, the differences between internal-bore and external-diameter inserts, and answers to frequently asked questions.

More +

2026-04-21

Differences and Applications of Cobalt Drill Bits vs. Carbide Drill Bits

LiZhou Cemented Carbide provides a detailed comparison of cobalt-tipped drills and cemented carbide drills, covering material composition, hardness, tool life, suitable workpiece materials, and common issues to help you quickly select the right tool.

More +

2026-03-31

What is the melting point of tungsten carbide? – Lizhou Cemented Carbide

This comprehensive analysis of Lizhou Cemented Carbide covers the melting point of tungsten carbide (2,870°C), a performance comparison, and industrial applications, explaining in detail why its high melting point makes cemented carbide highly resistant to high temperatures, wear, and deformation—making it ideally suited for tools, mining, steelmaking, and other demanding applications.

More +

2026-03-28

How to Choose Positive and Negative Turning Inserts | LiZhou ISO Turning Tool Code Analysis

A Must-Read for Beginners! Lizhou Cemented Carbide Shows You How to Decode ISO Codes for Turning Inserts, Distinguish Between Positive- and Negative-Rake Inserts, Master the Three Key Selection Principles, and Resolve Common Issues Such as Poor Finish in Precision Turning and Work-Hardening When Machining Stainless Steel.

More +