LS End Mill for Titanium & Superalloy Machining | CrS Coated Precision CNC Tool-Win Win Industrial Co., Ltd

Highlights

Key Advantages

Special edge shape keeps a sharp cut in tough alloys instead of rubbing and work-hardening the surface
Unequal helix breaks up chatter so you can hold tolerance on deep pockets and thin walls
Unequal indexing spreads cutting load, which shows up as better surface finish and longer tool life between changes
CrS coating at Hv 3200 with μ 0.1~0.2 handles the heat and friction that come with titanium and nickel alloys
R tolerance ±0.005 means the ball radius you order is the ball radius you get — critical for contour accuracy
Ball-nose geometry reaches into complex 3D profiles without secondary finishing operations

Use Cases

Applications

Titanium alloy machining
Superalloy machining
Nickel-based alloy machining
Aerospace component manufacturing
Medical device and instrument machining
Precision machining of complex 3D profiles

Specs

Technical Specifications

Series name	LS
Composition code	CrS
Coating color	Light gold
Surface hardness	Hv 3200
Vaporization start temperature	1100 ℃
Standard film thickness	2.0~3.0 μm
Friction coefficient (μ)	0.1~0.2
Suitable workpiece materials	Titanium alloy, superalloy, nickel-based alloy
R tolerance	±0.005
Flute geometry	Unequal helix, unequal indexing
End style	Ball-nose

Details

Detailed Description

"Chinese slogan: Dedicated series for difficult-to-cut materials | Brand-new cutting edge design · High-precision manufacturing
Coating parameter table
Table
Item Parameter
Series name LS
Composition code CrS
Color Light gold
Surface hardness Hv 3200
Vaporization start temperature 1100 ℃
Standard film thickness 2.0~3.0 μm
Friction coefficient μ 0.1~0.2
Suitable workpiece materials Titanium alloy, superalloy
✅ Machinable material details
Titanium alloy, superalloy, nickel-based alloy
Product design features
Special edge shape maintains excellent sharpness
Unequal helix structure effectively suppresses cutting vibration
Unequal indexing design improves workpiece surface finish and extends tool life
Ball-nose style suitable for precision machining of complex profiles
R tolerance ±0.005, ultra-high-precision cutting edge
Machining scenarios
Specially used for machining difficult-to-cut materials such as titanium alloy, superalloy, and nickel-based alloy
Applicable industries
Aerospace, medical industry

FAQ

Which workpiece materials is the LS end mill designed for?

The LS series is specifically designed for difficult-to-cut materials including titanium alloy, superalloy and nickel-based alloy.

What are the benefits of the CrS coating?

CrS coating offers Hv 3200 surface hardness, a low friction coefficient of μ 0.1~0.2, a standard film thickness of 2.0~3.0 μm and a vaporization start temperature of 1100 ℃, supporting heat resistance and reduced friction in demanding cuts.

How does the tool geometry reduce vibration?

The unequal helix structure suppresses cutting vibration, while unequal indexing improves workpiece surface finish and extends tool life.

What is the R tolerance of the LS end mill?

The R tolerance is ±0.005, reflecting ultra-high-precision cutting edge manufacturing for precision profile machining.

Which industries typically use this end mill?

It is widely used in aerospace and medical industry precision machining, especially for complex profiles with ball-nose requirements.

Can you confirm compatibility and lead time before ordering?

Please share your workpiece material, dimensions and machine setup so we can confirm the correct LS configuration, availability and delivery schedule before order placement.

LS End Mill for Difficult-to-Cut Materials