6 Fraise en bout de carbure à cannelure pour l'acier et l'acier inoxydable

Quand devriez-vous choisir un 6 Fraise en bout de cannelure?

UN 6 flute end mill is a practical choice when you need stable side-wall machining, good tool rigidity, or a controlled finishing pass.

Its six cutting edges provide more cutting contacts during each spindle revolution. This structure works well for side milling, fraisage de profil, usinage de contours, semi-finition, et finition.

The trade-off is reduced chip space. Pour cette raison, a standard six-flute tool is usually not the best option for deep full-width slotting, ébauche lourde, or operations that produce a large volume of chips.

Read our application and material selection guide to check the main uses, matériaux adaptés, and cutting limitations.

Recommended Operations for a 6 Fraise en bout de cannelure

Côté, Profil, and Contour Milling

Six cutting edges provide stable engagement during controlled side cutting. Donc, the tool can machine straight walls, épaules, contours du moule, component profiles, and other precision features.

Faux-rond de l'outil, état du titulaire, rigidité de la machine, engagement radial, vitesse, and feed still affect the final result.

Semi-finition et finition

A six-flute tool is suitable when the machining goal is to remove a controlled amount of material while maintaining wall quality and dimensional consistency.

More cutting edges can leave finer cutting marks during a finishing pass. Cependant, the final surface quality also depends on the holder, machine, parcours d'outil, matériau de la pièce à usiner, et paramètres de coupe.

Rainurage peu profond

Shallow slotting is possible when chips can leave the cutting area effectively.

For deeper slots or full-width cutting, a lower-flute tool may provide more chip space and more reliable chip evacuation.

Usinage à grande vitesse

Six-flute tools can support high-speed machining when the carbide grade, revêtement, géométrie de coupe, titulaire, and parameters match the application.

High spindle speed alone is not enough. The complete machining strategy must also control heat, s'épuiser, vibration, et évacuation des copeaux.

Operations Not Normally Recommended

Avoid a standard six-flute design for:

• Fentes profondes sur toute la largeur
• Ebauche lourde
• Aggressive chip removal
• Unstable machine setups
• Operations that produce large chips
• Cutting conditions with poor chip evacuation

Dans ces situations, fewer flutes usually provide more chip space.

Read our four-flute and six-flute comparison when deciding whether chip evacuation or finishing stability matters more.

Pour une comparaison plus large, lisez notre flute-count selection guide.

Choisissez un 6 Flute End Mill by Workpiece Material

Different workpiece materials require different carbide grades, revêtements, flute geometries, and edge preparations.

The material name alone is not enough to select the tool. Also consider the material hardness, profondeur de coupe, état du liquide de refroidissement, rigidité de la machine, et opération d'usinage.

Acier au carbone et acier allié

AlTiN and TiAlN coatings are common options for carbon steel and alloy steel.

Machinists mainly use six-flute tools for side milling, fraisage de profil, semi-finition, and finishing in these materials.

Acier inoxydable

UN 6 flute end mill can machine 304, 316, and other stainless steel grades when the cutting geometry, revêtement, méthode de refroidissement, vitesse, and feed match the application.

AlTiN and TiSiN coatings are available. The final selection depends on the stainless steel grade, dureté, profondeur de coupe, et opération d'usinage.

Tool Steel and Pre-Hardened Steel

Tool steel and pre-hardened steel require suitable edge strength and stable cutting conditions.

La nuance carbure, revêtement, conception de base, and edge preparation should match the workpiece hardness and the amount of material being removed.

Hardened Steel up to HRC65

Different hardness ranges require different tool series. HRC45, HRC55, HRC60, and HRC65 do not describe one identical tool that can machine every hardness level.

HRC45–50: TiAlN or AlTiN coating

HRC50–55: TiAlN or AlTiN coating

HRC55–60: TiSiN coating

HRC60–65: TiSiN coating

Please send the exact material grade and hardness so that we can match the carbide grade, revêtement, conception de base, et préparation des bords.

Fonte

Six-flute tools can be produced for cast iron side milling, usinage de profilés, et finition.

The cutting-edge preparation should match the type of cast iron and the required surface condition.

Alliage de titane

Titanium machining requires careful control of cutting heat and tool load.

Six-flute tools for titanium can use TiSiN or AlTiN coatings with application-specific flute geometry, préparation des bords, and coolant design.

Please provide the titanium grade, opération de coupe, profondeur de coupe, porte-à-faux de l'outil, and coolant condition before confirming the tool design.

Aluminium, Cuivre, and Non-Ferrous Metals

Six-flute tools can machine aluminum, cuivre, and other non-ferrous materials when they use a dedicated flute shape, sharp cutting edge, suitable chip-control design, and the correct coating.

DLC and uncoated options are available. Cependant, six flutes are not normally the first choice for deep aluminum slots or heavy chip removal.

High-Temperature and Nickel-Based Alloys

High-temperature and nickel-based alloys require a specially designed tool.

Please provide the alloy grade, dureté du matériau, opération d'usinage, méthode de refroidissement, and current cutting conditions for evaluation.

Available End and Shank Designs

Flat and Square End

Flat and square end designs are suitable for straight walls, caractéristiques à fond plat, épaules, fraisage latéral, and finishing passes.

Consultez notre fraise à bout plat range for more flat-bottom cutting tool options.

Corner Radius End

A corner radius strengthens the transition between the end cutting edge and the tool side. It can reduce stress at the sharp cutting corner during suitable machining operations.

Standard and custom corner radii are available.

Consultez notre fraise à nez arrondi options for more corner radius designs.

Ball Nose End

Six-flute ball nose designs are available for suitable contour machining and finishing applications.

The tool geometry should match the workpiece profile, parcours d'outil, profondeur de coupe, et qualité de surface requise.

Straight and Weldon Shanks

Straight shanks are available as a standard option. Weldon flat shanks can also be supplied when the holder requires a side-locking surface.

The standard shank tolerance is h6. Custom shank diameters and tolerances are also available.

Center Cutting and Coolant Options

Center-cutting designs are available according to the end style, diamètre, et exigence d'usinage.

External coolant and internal coolant configurations can both be produced. Internal coolant availability depends on the tool diameter, géométrie de la flûte, and coolant-hole arrangement.

Options de spécification

Long flute lengths, small diameters, tight tolerances, and internal coolant designs require technical review before production.

Custom Cutting Geometry

The standard helix angle is 35°. We can also adjust the helix angle, pas, conception de base, préparation des bords, and flute geometry according to the workpiece material, opération d'usinage, et conditions de coupe.

Please send us your material, application, taille de l'outil, dessin, or current tool model. We will review the requirements and recommend a suitable cutting geometry.

Coutume 6 Flute End Mills for HEM

HEM applications require a dedicated tool design rather than a standard six-flute cutter. We can adjust the helix, pas, core, arêtes de coupe, revêtement, and coolant design according to the workpiece material, taille de l'outil, paramètres de coupe, et l'état des machines.

OEM, Marquage, et emballage

Nous prenons en charge les commandes OEM et ODM, including laser logo marking, emballage neutre, private-label packaging, étiquettes personnalisées, and repeat production according to approved specifications. All tool details and packaging requirements will be confirmed before production.

Foire aux questions

Est-ce que « 6 flûtes » signifie un 6 mm Diamètre de coupe?

Non. “6 flute” means that the tool has six cutting edges.

The cutting diameter is a separate specification. Standard diameters range from 0.5 mm à 25 mm, while larger sizes can be customized.

Est-ce un 6 Flute End Mill Suitable for Stainless Steel?

Oui. It can be used for stainless steel side milling, fraisage de profil, semi-finition, and finishing when the coating, géométrie, liquide de refroidissement, vitesse, and feed match the material.

AlTiN and TiSiN coatings are available for stainless steel applications.

Un 6 Fraise à cannelure en aluminium coupé?

Oui, with a sharp, material-specific cutting geometry. For deep slots or heavy chip removal, a tool with fewer flutes is usually a better choice.

Can It Be Used for Deep Slotting?

A standard six-flute cutter is not recommended for deep full-width slotting because the smaller flute space can restrict chip evacuation.

Choose a lower-flute tool when deep slots or heavy chip removal are the main requirements.

Is It Suitable for Hardened Steel?

Oui. Different tool series are available for HRC45, HRC55, HRC60, and HRC65 materials.

Each series uses a suitable carbide grade, revêtement, conception de base, et préparation des bords.

Can You Manufacture According to a Drawing or Sample?

Oui. Production can be based on a drawing, existing tool sample, original model, hand-drawn sketch, or specification list.

Pourquoi choisir OMIST?

L'OMIST a 16 years of cutting tool manufacturing experience and supports standard tools, échantillons, petits lots, custom designs, and repeat production.

Tools are manufactured according to the confirmed workpiece material, opération d'usinage, dimensions, revêtement, tolérance, marquage, et exigences d'emballage.

Demander un devis pour un 6 Fraise en bout de cannelure

Send us any available drawing, échantillon d'outil, numéro de modèle, or dimensions, together with the workpiece material, dureté, opération d'usinage, exigence de revêtement, et la quantité. We will review your application and recommend a suitable standard or custom tool.

You do not need to prepare a complete technical document. Contact sales@cutterbest.com for pricing, technical review, and production availability.

For more solid carbide milling tool designs, voir notre end mill cutter options.