HPC Shark Line Catalogue

Product catalog summary

Overview
The HPC Shark Line is a series of high-performance end mills by Cerin, designed to optimize material removal rates (MRR) across various materials such as low and high alloy steels, stainless steels, titanium, and nickel alloys. These tools aim to reduce machining costs and downtime by enabling both roughing and finishing with the same tool, ensuring excellent chip evacuation and vibration-free operation.

Key Features and Benefits

Maximum Material Removal Rate: Enhances productivity by maximizing MRR.
Vibration-Free Operation: Ensures smoother machining processes.
Dual Functionality: Capable of both roughing and finishing tasks.
Improved Chip Evacuation: Increases efficiency and tool life.
Reduced Tool Change Downtime: Boosts overall machining efficiency.
Finishing at Roughing Feed: Allows high-quality finishes at higher speeds.

Material Compatibility
The end mills are tailored for three major metallic material families: low alloy steel, high-temperature alloys and titanium alloys, and stainless steel. They feature advanced multilayer coatings and optimized geometries for superior performance.

Cutting Edge Preparation
Honing, or softening of cutting edges, is used to strengthen them, reducing damage from impacts, especially in intermittent cutting scenarios like milling. This preparation enhances mechanical and thermal stability, increases cutting speed, and extends tool life, ensuring reliability in unattended machining.

Product Specifications
Detailed specifications for various Shark Line end mill models are provided, including dimensions, tolerances, and pricing. The tools are available with Weldon flat according to DIN 6535HA standards.

Working Parameters
The document details working parameters for different materials, including general construction steel, free cutting steel, hardened steel, alloyed hardened steel, and various stainless steels. It offers specific recommendations for cutting speeds, feed rates, and lubrication methods for optimal performance.

Conclusion
The HPC Shark Line end mills by Cerin provide a comprehensive solution for high-performance machining across a range of materials, offering significant benefits in terms of efficiency, tool life, and cost reduction.

Catalog excerpts

SHARK New HPC line Z=4 Innovative High P erformance end mills Stainless Steel Titanium and High temperature alloys

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HPC SHARKShark Line new end mills generation by Cerin Machining cost reduction thanks to the new Cerin HPC end mills, designed and developed to maximize MRR in low and high alloy steels, stainless steels, Titanium and Nickel alloys. Reduced down time for tool change. Finishing at roughing feed now is possible. Benefits of the new Shark Line Maximum Material Removal Rate Vibrations free Roughing and finishing with the same tool Excellent chips evacuation

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Stainless steel High temperature alloys and titanium alloys New generation multilayer coatings The geometries, the base material, the coatings are specifically developed for three large families of metallic materials.

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TOP Performance Uneven helix a Irregular teeth divisions and optimized flute profile

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Cutting edge preparation The purpose of honing , also called “cutting edges’ softening”, is the cutting edges’ strengthening reducing damages from impacts (especially in case of intermittent cutting such as milling). Honing does not affect cut, as the chip is pressed against the tool chest at a certain distance from the cutting edge. Cutting edge preparation: Greater cutting edge stability Increased mechanical and thermal cutting edge stability Higher output thanks to the increased cutting speed

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