DLC Coated Flat Tungsten Carbide End Mill, 1-10 Flutes for Carbon and Stainless Steel

A DLC-coated flat end mill offered in 1 to 10 flute configurations for carbon steel and stainless CNC milling.

DLC Coated Flat Tungsten Carbide End Mill, 1-10 Flutes for Carbon and Stainless Steel - gallery view 1
DLC Coated Flat Tungsten Carbide End Mill, 1-10 Flutes for Carbon and Stainless Steel - gallery view 2

Design and Construction

A DLC-coated flat tungsten carbide end mill offered across a 1-10 flute range. The flat end produces a square pocket floor; flute count is the selectable variable that sets chip space, core diameter and the number of cutting edges engaged.

How It Works

A single flute clears the largest chip and suits soft, gummy materials at high feed; two to four flutes are the general-purpose range for steel; six or more flutes suit shallow finishing passes in harder materials where chip volume is small. The DLC coating reduces friction in stainless steel.

Applications

Carbon steel and stainless CNC milling, flat-bottom pockets, finishing with high flute counts, gummy materials with low flute counts.

Field Cases

  • Stainless shop: a higher flute count improved finish on a shallow flat-bottom pass.
  • Jobbing cell: a low flute count cleared long chips in gummy material without clogging.
  • Pocket work: the flat end produced a square floor in a single pass.

Performance Data

Metric Value / Observation
Flute range 1 to 10
End geometry Flat / square
Coating DLC
Primary materials Carbon steel, stainless steel

Suitable Materials

Carbon steel and stainless steel primarily; low flute counts also suit aluminium and copper alloys where chip volume is high.

Material Comparison: Flute Count Selection: 1 / 2-4 / 6-10

Choosing flute count by chip volume and material. Typical industry practice:

Factor 1 Flute 2-4 Flutes 6-10 Flutes
Chip space per flute Largest Moderate Smallest
Core diameter Smallest Moderate Largest
Cutting edges engaged One Two to four Six or more
Best chip type Long, gummy chips Steel chips Fine finishing chips
Typical axial engagement Deep General Shallow
Finish potential Adequate Good Best
Best workpiece Aluminium, copper, plastics Carbon and stainless steel Hardened steel finishing

Delivery Scope

Single end mill; flute count and diameter confirmed with the order.

Why Choose VPOINT

Flute count is a published option from 1 to 10, so the tool fits the material rather than forcing one geometry.

Precision & Quality Control

Flute spacing, edge preparation, coating adhesion and runout verified per lot with ISO 9001 batch traceability.

Specifications

Published specification:

Item Specification
Type DLC coated flat end mill
Flute options 1 to 10
End geometry Flat / square
Coating DLC
Workpiece Carbon steel, stainless steel
Inspection Per-lot flute spacing and coating check

Frequently Asked Questions

How many flutes should I choose?

Low counts clear large chips in gummy materials; 2-4 is general steel work; 6-10 suits shallow finishing passes.

Why DLC for stainless?

The low-friction coating reduces built-up edge in sticky stainless steels.

Does the flat end leave a square floor?

Yes – the flat end produces a square pocket floor with sharp internal corners.

Can a 10-flute tool slot?

Not recommended – chip space is too small for a full-width slot.

What is verified per lot?

Flute spacing, edge preparation, coating adhesion and runout.

Related Search Terms

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