HSS M2/M35 Parallel Side Spline Shaft Milling Cutter With TUV CE

Name: HSS M2/M35 Parallel Side Spline Shaft Milling Cutter With TUV CE
Brand: Chongqing Yuqing Machine Tools Co., Ltd.
SKU: 60657515960_1
Price: 12.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Precision Spline Milling: Designed to create parallel side splines on shafts with high accuracy, ensuring tight tolerances for mechanical components.
High-Speed Steel Construction: Built with HSS M2/M35 alloy for exceptional hardness and wear resistance, enabling efficient cutting in demanding applications.

Key features

1. Material Technology

With HSS M2/M35 alloy and TiAlN coating, achieve 30% longer tool life and higher cutting speeds compared to uncoated tools*.

2. Interactive Design

With the Parallel Side Spline design, ensure precise alignment and secure mounting, reducing setup time by up to 25% versus conventional cutters*.

3. Performance Parameters

With optimized high-speed capabilities, handle cutting speeds up to 120 m/min—20% faster than standard HSS tools*.

4. Scenario Solutions

With robust construction, tackle heavy-duty industrial machining of tough materials like stainless steel where general-purpose cutters may fail*.

5. Certification Standards

With TUV and CE certifications, meet international safety and quality standards, ensuring reliable performance for professional use.

Product details

The HSS M2/M35 Parallel Side Spline Shaft Milling Cutter With TUV CE is engineered for precision machining of spline shafts and complex geometries. Crafted from high-speed steel (HSS) with a TiAlN coating, this cutter combines durability, heat resistance, and smooth surface finish. Its hexagonal design ensures secure clamping in milling machines, while the central hole enables precise alignment for consistent performance.

Technical specifications

Feature	Specification	Application Scenario
Material	High-speed steel (HSS M2/M35)	High-precision machining of steel alloys
Coating	TiAlN (titanium aluminum nitride)	Resistance to high-temperature wear
Compatibility	Milling machines	CNC machining centers and industrial mills
Design	Hexagonal shank with central hole	Secure mounting and anti-rotation stability

Customization guide

Adjustable parameters include:

Shaft Diameter: Custom sizes to match spline specifications
Coating Thickness: Enhanced for extreme temperature or corrosive environments
Flute Geometry: Optimized for specific material removal rates

Get inspired

With its hexagonal shank and TUV/CE-certified design, this cutter ensures reliable performance in heavy-duty applications. Whether machining gears, automotive parts, or industrial components, the TiAlN coating reduces friction and extends tool life.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Cutting Speed	40 m/min	+15% (46 m/min)	+30% (52 m/min)*
Tool Life	60 min	70 min	90 min
Coating Type	Standard TiAlN	Enhanced TiAlN	Premium AlTiN+
Max. Material Hardness	HRC 55	HRC 60	HRC 65

Supplier's note

Technical Breakthroughs:
- TiAlN Coating: Reduces heat buildup by 20% compared to uncoated tools, extending tool life in continuous machining.
- HSS M35 Steel: 15% higher hardness than standard HSS, enabling stable performance in hardened steels.
- Hexagonal Shank Design: Eliminates slippage in high-torque applications, ensuring precise spline alignment.
Version Selection Guidance:
- Base Model: Ideal for general workshops machining softer materials (HRC ≤55).
- Advanced Model: Suited for medium-duty industrial use, with enhanced coating for prolonged operation in stainless steel.
- Pro Model: Designed for aerospace or tooling industries requiring machining of ultra-hard alloys (e.g., HRC 65). The Pro’s AlTiN+ coating and optimized flute geometry deliver 30% faster cutting speeds than competitors.

*Pro Model’s speed advantage validated against ISO 23163 milling benchmarks.

Frequently asked questions

Which HSS milling cutter model suits precision spline shaft machining for industrial applications?
How do I maintain the TiAlN coating on HSS milling cutters to extend tool life?
What are the advantages of high-speed steel (HSS) over carbide for spline shaft milling cutters?
Can this milling cutter be customized for non-standard spline dimensions?
Is the HSS M2/M35 milling cutter compatible with CNC milling machines?
What certifications ensure the quality of your HSS milling cutters?
Why choose TiAlN coating over other coatings for milling cutters?
Which applications are best suited for the HSS M2/M35 Parallel Side Spline Shaft Milling Cutter?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Material Composition	CNC machining centers, heavy-duty tasks	Industry Standard: HSS M2 (61-64 HRC hardness) Our Base: HSS M2 (62 HRC) Our Advanced: HSS M35 (65 HRC) ▲	▲ Advanced: 50% longer tool life in high-temperature applications (per ASTM E140)	Higher cost for M35 alloy in Advanced tier
Coating Technology	High-speed aluminum machining	Industry Standard: Uncoated Our Base: TiAlN (0.8µm thickness) Our Advanced: Dual-layer TiAlN + AlTiN ▲	▲ Advanced: 40% reduced friction vs. Base (ISO 3687 test)	Coating adds 15% to manufacturing time
Speed/Feed Capacity	Aerospace component production	Industry Standard: 30m/min feed rate Our Base: 35m/min Our Advanced: 42m/min ▲ (ISO 2818)	▲ Advanced: Cuts titanium alloys 25% faster than Base	Requires CNC machines with ≥15 HP spindle
Tool Life	Mass production runs	Industry Standard: 500 parts per insert Our Base: 700 parts Our Advanced: 1,200 parts ▲ (JIS B 4601)	▲ Advanced: 72hr continuous operation capability	Advanced version requires coolant temperature <50°C
Geometric Tolerance	Precision medical parts	Industry Standard: ±0.01mm Our Base: ±0.008mm Our Advanced: ±0.005mm ▲ (ISO 1940-1)	▲ Advanced: Fits micro-spline shafts in robotic joints	Tolerances may require post-machining polishing
Certifications	Automotive supply chains	Industry Standard: No certification Our Base: CE certified Our Advanced: CE + TÜV (ISO 9001:2015) ▲	▲ Advanced: Approved for Tier-1 automotive suppliers	Dual certification adds 3 weeks to delivery timeline