Processing Time Turbo

DMSL/DMSW high feed milling system

Accelerating Machining Time

The use of DMSL/DMSW milling cutters significantly reduces machining time. This effect is achieved through the innovative design of the inserts, which are specifically engineered for high efficiency and speed.

Innovative Insert Design
Complex Cutting Edge: The arc-shaped cutting edge of the inserts enables a maximum feed rate of 3.5 mm per tooth, significantly accelerating machining.
Optimized Geometry: The specially developed geometry minimizes cutting force and directs it in the axial direction. This ensures stable machining without vibrations, even with long tool overhangs.

Benefits for Businesses
Through these features, companies can significantly reduce their machining times without compromising surface finish. This is particularly advantageous in the manufacture of complex parts in industries such as:
- Automotive Industry
- Aerospace Industry

Optimizing Manufacturing Processes
DMSL/DMSW milling cutters are an ideal choice for companies looking to make their manufacturing processes more efficient and increase their productivity.

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RSE round insert milling cutter

Robust and Efficient
Applications and Materials
- Highly efficient machining of stainless steel
- Well-suited for exotic alloys
-Ideally suited for aerospace applications (e.g., turbine blades)

Innovative Design Features
- Round cutting insert
- Optimal material usage
- Even distribution of cutting forces
Effective chip breakers contribute to overall efficiency

Advantages
- Reduced machining time
- High precision in component machining
- Optimal selection of base materials for demanding applications

The RSE round insert milling cutter combines a robust design with efficient performance, making it an ideal tool for machining challenging materials in high-precision applications.

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EPMP solid carbide milling cutter for steel machining

Accelerate Machining Time with the EPMP High-Performance End Mill Efficient Machining of Tough-to-Cut Materials
The EPMP high-performance end mill is specifically engineered to efficiently machine difficult materials. The tool's unique helical flute design enables rapid and precise machining, significantly reducing processing time.

Optimized Chip Evacuation and Superior Surface Finishes
The continuous cutting action enhances chip evacuation. This results in a clean surface finish while protecting the tool. The outcome is extended End Mill life and reduced vibration during the machining process.

Advantages for High-Performance Applications
The EPMP end mill offers stable and reliable tool life, ideal for demanding applications. It demonstrates its efficiency particularly when machining titanium alloys, such as in aerospace manufacturing.

Speed Up Production Time
The combination of high precision and rapid machining allows for the production of complex components in less time. This significantly reduces overall production time and boosts productivity.

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EPMS solid carbide milling cutters for exotic materials and for machining superalloys

High-Performance Tool for Titanium Alloys

The EPMS solid carbide end mill is an innovative tool specifically designed for machining tough materials such as titanium alloys. Its unique features make it an indispensable instrument in modern metalworking.

Unique Helix Design
- Enables significantly faster machining
- Ensures efficient chip evacuation
- Significantly reduces machining time

Performance Features
- Stable Precision
- Reliable Tool Life
- Suitable for High-Performance Applications

Application Areas
- Ideal for Aircraft Construction
- Use in the Aerospace Industry

Production Advantages
- Increased Machining Speed
- Improved Surface Quality
- Accelerated Machining Time
- Increased Productivity in the Entire Manufacturing Process

The EPMS solid carbide end mill combines innovative technology with practical applicability, thus contributing to increased efficiency in demanding manufacturing environments.

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