TiCN-Coated Solid Carbide Centering and Chamfer Mill 60°/90°/120°

  • ◆Combines centering, spot drilling and chamfering for efficient hole-preparation operations
  • ◆60°, 90° and 120° included-angle options for different chamfer, countersink and V-groove requirements
  • ◆Precision-ground solid carbide geometry supports stable cutting and consistent chamfer profiles
  • ◆TiCN coating improves wear resistance for steel, alloy steel, stainless steel and cast-iron machining
  • ◆Custom diameters, angles, tip geometry, shank sizes and overall lengths available

Başvuru Materyalleri:
Steel, alloy steel, stainless steel and cast iron.

Seçim Notu:
Spot drilling and direct plunging require a center-cutting tip configuration. Please provide the required 60°, 90° or 120° included angle, cutting diameter, flute length, shank diameter, overall length, workpiece material and order quantity for quotation.

Tutarlı Kalite

Tekrarlanan siparişlerde tutarlı geometri.

Esnek Siparişler

Küçük partiler ve farklı boyutlarda seçenekler mevcuttur.

OEM Desteği

Özel işaretleme, etiketler ve ambalajlama.

Standart ve Özel

Standart boyutlar ve özel konfigürasyonlar.

TiCN-Coated Centering and Chamfer Mill Overview

This TiCN-coated solid carbide centering and chamfer mill is designed for accurate hole positioning, spot drilling, edge chamfering, countersinking and V-groove preparation in ferrous materials. Available with 60°, 90° and 120° included-angle configurations, the tool allows the cutting profile to be matched to different hole-preparation and edge-finishing requirements. Precision-ground cutting geometry supports stable engagement and consistent chamfer formation, while the solid carbide substrate provides rigidity for CNC machining. TiCN coating improves wear resistance and helps reduce friction when machining steel, alloy steel, stainless steel and cast iron.

Included Angles
60° / 90° / 120°
Kesim Geometrisi
Precision Ground
Kaplama
TiCN
Çap Aralığı
Ø3–Ø20 mm

Centering & Chamfering Configuration

Three Included-Angle Options

60°, 90° and 120° configurations allow the cutting profile to be matched to different spotting, chamfering, countersinking and V-groove requirements.

Precision-Ground Cutting Geometry

Precisely ground cutting surfaces support controlled engagement, accurate centering and consistent chamfer profiles across different hole-preparation and edge-finishing operations.

TiCN Wear-Resistant Surface

TiCN coating improves wear resistance and helps reduce friction during repeated machining of steel, stainless steel, alloy steel and cast iron.

Application-Specific Advantages

60°

Flexible Angle Selection

Multiple included-angle options cover different chamfer, spotting, countersink and V-groove geometries.

CUT

Controlled Cutting Engagement

Precision-ground geometry supports stable contact and controlled cutting during centering, chamfering and angled-profile machining.

TiCN

Improved Wear Resistance

TiCN coating supports repeated cutting in ferrous materials where abrasive and adhesive wear can affect tool performance.

OEM

Custom Geometry Options

Diameter, included angle, tip profile, shank size and overall length can be reviewed for application-specific and replacement-tool orders.

Recommended Machining Operations

This cutter is intended mainly for centering, spot drilling, hole-edge preparation and angled-profile machining. Direct plunging or spot drilling requires a center-cutting tip geometry, which should be confirmed before ordering.

Centering

RECOMMENDED

Edge Chamfering

RECOMMENDED

Havşa açma

RECOMMENDED

V-Groove Milling

SUITABLE

Uygulama Notu:
Spot drilling and direct plunging require a center-cutting model. Confirm the tip geometry, required included angle and final chamfer or countersink diameter before ordering.

Workpiece Material Compatibility

MATERIAL GROUP CONFIGURATION APPLICATION LEVEL
P Steel & Alloy Steel TiCN-coated carbide configuration for centering, chamfering and countersinking Primary application
M Stainless Steel TiCN-coated configuration with application-specific cutting conditions Tavsiye edilir
K Cast Iron Wear-resistant TiCN-coated carbide configuration Tavsiye edilir
N Aluminum & Non-Ferrous Use a separate uncoated, DLC-coated or material-specific low-adhesion configuration Separate configuration

Material Note:
The TiCN-coated version is intended mainly for ferrous-material applications. For aluminum and other non-ferrous metals, select a sharper uncoated, DLC-coated or material-specific configuration rather than automatically using the TiCN version.

Product Details & Machining Demonstration

Product views of the solid carbide centering and chamfer mill, including available 60°, 90° and 120° angle configurations, cutting profiles and tool details.

TiCN-coated solid carbide centering and chamfer mill 60 90 120 degree

60° / 90° / 120° Centering & Chamfer Mill Configuration

solid carbide centering and chamfer mill cutting profile

Precision-Ground Cutting Profile & Tool Geometry

TiCN solid carbide centering and chamfer mill detail

Solid Carbide Centering & Chamfer Mill Detail

solid carbide chamfer mill cutting geometry

Centering & Chamfering Cutting Geometry

60 90 120 degree solid carbide centering and chamfer mill

Available 60° / 90° / 120° Angle & Size Configurations

 

 

Tool Nomenclature & Dimensions

Reference dimensional nomenclature and standard configurations for the TiCN-coated solid carbide centering and chamfer mill. Available 60°, 90° and 120° included-angle configurations cover different spotting, chamfering, countersinking and V-groove requirements. Confirm the cutting diameter, included angle, flute length, shank diameter, overall length and tip geometry for the selected application. All listed dimensions are in millimeters.

60 90 120 degree solid carbide centering and chamfer mill dimensions
D:Kesim Çapı A:Dahil Açı L1:Flüt Uzunluğu d:Şaft Çapı L:Toplam Uzunluk
Angle Note: 60°, 90° and 120° refer to the included cutting angle. Select the angle according to the required spotting geometry, countersink specification, edge chamfer or V-groove profile.

Technical Configuration

PARAMETRE REFERANS KURULUMU
Alet Malzemesi Solid Carbide
Alet Tipi Centering & Chamfer Mill
Kesim Geometrisi Precision-Ground Centering & Chamfer Profile
Included Angles 60° / 90° / 120°
Cutting Diameter Range Ø3–Ø20 mm
Flute Length Range 8–40 mm according to cutting diameter
Shank Diameter Range Ø3–Ø20 mm
Toplam Uzunluk 50 / 60 / 75 / 100 mm reference configurations
Kaplama TiCN
Primary Workpiece Materials Steel / Alloy Steel / Stainless Steel / Cast Iron
Primary Operations Centering / Spot Drilling / Chamfering / Countersinking / V-Groove Milling
Center-Cutting Requirement Center-cutting tip geometry must be confirmed for direct plunging and spot-drilling applications.
Custom Configuration Cutting diameter, included angle, flute length, shank diameter, overall length, tip geometry and coating can be reviewed according to drawing and application requirements.

Standard Size Matrix

Reference dimensional series for 60°, 90° and 120° solid carbide centering and chamfer mills. Confirm the required included angle and center-cutting tip configuration according to the actual machining operation.

CUTTING DIA. D ANGLE A FLUTE LENGTH L1 SHANK DIA. d OVERALL LENGTH L
3 60° / 90° / 120° 8 3 50
4 60° / 90° / 120° 10 4 50
5 60° / 90° / 120° 12 5 50
6 60° / 90° / 120° 15 6 50
7 60° / 90° / 120° 16 7 60
8 60° / 90° / 120° 17 8 60
9 60° / 90° / 120° 19 9 75
10 60° / 90° / 120° 20 10 75
11 60° / 90° / 120° 23 11 75
12 60° / 90° / 120° 25 12 75
14 60° / 90° / 120° 30 14 100
16 60° / 90° / 120° 35 16 100
18 60° / 90° / 120° 38 18 100
20 60° / 90° / 120° 40 20 100
Dimension Note: The listed flute length is a dimensional reference and should not automatically be treated as the recommended machining depth. Confirm the selected angle, tip geometry, required feature diameter and axial engagement for the actual operation.

Centering & Chamfering Application Guidance

  • Angle Selection: Match the 60°, 90° or 120° included angle to the following drill geometry, countersink specification, chamfer profile or V-groove requirement.
  • Center Cutting: Confirm the tip geometry before using the tool for direct plunging or spot drilling. Not every chamfer configuration should automatically be treated as center cutting.
  • Chamfer Depth: Control axial depth carefully because the finished chamfer or countersink diameter changes with tool penetration.
  • Toolholding: Use a clean, low-runout precision holder to maintain accurate centering, stable cutting and consistent chamfer dimensions.
  • Tool Overhang: Use the shortest practical overhang to maintain rigidity, particularly with larger diameters and deeper feature access.
  • Material Selection: Use the TiCN-coated configuration mainly for steel, alloy steel, stainless steel and cast iron. For aluminum and other non-ferrous materials, review an uncoated, DLC-coated or material-specific low-adhesion configuration separately.

TiCN-Coated Chamfer Mill Customization

Cutting diameter, included angle, flute length, shank diameter, overall length, tip geometry, cutting-edge preparation and coating can be configured for centering, spot drilling, chamfering, countersinking and V-groove machining. Reference configurations cover Ø3–Ø20 mm cutting diameters with 60°, 90° and 120° included-angle options. Non-standard dimensions and application-specific cutting geometry can be reviewed according to the workpiece material, required chamfer or hole profile, machining depth, tool reach, holder configuration and dimensional requirements.

PARAMETRE ÜRETİM KAPASİTELERİ
Kesim Çapı Reference cutting diameters range from Ø3 to Ø20 mm. Intermediate and non-standard diameters can be reviewed according to the required chamfer, countersink, groove or hole-preparation geometry.
Dahil Açı 60°, 90° and 120° included-angle configurations are available for different centering, spotting, chamfering, countersinking and V-groove requirements. Non-standard angles can be reviewed from drawings where required.
Kesim Geometrisi Precision-ground cutting geometry can be matched to the required angle, workpiece material, cutting engagement and finished edge profile. Final flute and edge configuration are confirmed according to the selected model and application.
Center-Cutting Tip Center-cutting tip geometry can be reviewed for applications requiring spot drilling or direct axial entry. Please specify whether the tool will be used for centering, plunging or chamfering only.
Chamfer & Countersink Profile Included angle, target chamfer diameter and cutting profile can be matched to the component drawing, countersink specification or required edge-break geometry.
V-Oluklu Geometri 60°, 90° and 120° profiles can also be reviewed for V-groove machining where the required groove angle and cutting depth are compatible with the tool geometry.
Flüt Uzunluğu Reference flute lengths range from 8 to 40 mm according to cutting diameter. Non-standard flute lengths can be reviewed where additional reach or a specific feature depth is required.
Şaft Yapısı Reference shank diameters range from Ø3 to Ø20 mm. Standard or drawing-defined shank sizes and clamping lengths can be reviewed according to holder compatibility and machine setup.
Toplam Uzunluk Reference overall lengths include 50, 60, 75 and 100 mm. Custom overall length can be reviewed where additional reach, fixture clearance or holder access is required.
Cutting-Edge Preparation Rake geometry, relief, edge preparation and flute finishing can be reviewed according to the workpiece material, chamfer width, cutting load and required edge quality.
TiCN Coating TiCN coating can be selected for ferrous-material applications where improved wear resistance and reduced friction are required during repeated centering, chamfering and countersinking operations.
İş Parçası Malzemesi The TiCN-coated configuration is intended mainly for steel, alloy steel, stainless steel and cast iron. For aluminum and other non-ferrous materials, uncoated, DLC-coated or other material-specific configurations can be reviewed separately.
Machining Application Geometry can be reviewed for centering, spot drilling, edge chamfering, countersinking, hole-edge preparation and V-groove machining on CNC machining centers and milling machines.
Dimensional Requirements Drawing-defined requirements can be reviewed for cutting diameter, included angle, flute length, shank diameter, overall length, tip geometry, chamfer profile and tool runout.
Mühendislik Notu: Please provide the workpiece material and hardness, cutting diameter D, required included angle A (60° / 90° / 120°), flute length L1, shank diameter d, overall length L, centering or chamfering operation, center-cutting requirement, required chamfer, countersink or V-groove geometry, machining depth, coating requirement, holder information and order quantity. A tool drawing, component drawing or physical sample is recommended for replacement and non-standard orders. Final cutting geometry, coating and custom dimensions are confirmed after technical review.

OEM ve Özel Etiket Hizmetleri

Endüstriyel distribütörler, alet markaları ve düzenli üretim yapan müşteriler için OEM üretimi ve özel etiketli tedarik seçenekleri mevcuttur. Lazerle işaretleme, etiket içeriği, koruyucu ambalaj ve kaplama sunumu, onaylanmış ürün spesifikasyonuna ve sipariş gereksinimlerine göre yapılandırılabilir.

OEM laser marking custom labels coatings and packaging for solid carbide square end mills

Lazer Kazıma

Özel logolar, takım kodları, kesme boyutları, kaplama tanımları ve parti numaraları, mevcut şaft alanına göre işaretlenebilir.

Özel Etiketler ve Ambalajlar

Tek tek koruyucu tüpler, ürün etiketleri, teknik özellik detayları, renkli ambalaj tüpleri ve özel markalı ambalajlar incelenebilir.

Ticari Şartlar

Minimum sipariş miktarı (MOQ), numune değerlendirmesi, özel boyut denemeleri, tekrar siparişler ve planlı tedarik programları, seçilen konfigürasyona göre teyit edilir.

Teknik İş Akışı

Üretim öncesinde standart, özel tasarım ve özel markalı kare uçlu frezelerin gereksinimlerini doğrulamak için yapılandırılmış bir inceleme süreci uygulanmaktadır.

AŞAMA 01

Sorgulama

Malzeme, sertlik, frezeleme işlemi, boyutlar, tolerans ve miktarı belirtiniz.

AŞAMA 02

Mühendislik

Flüt geometrisini, sarmal açısını, kenar hazırlığını, kaplamayı, ap ve ae değerlerini gözden geçirin.

AŞAMA 03

Ticari

Teklifi, minimum sipariş miktarını (MOQ), numune şartlarını, üretim takvimini ve teslimat koşullarını teyit edin.

AŞAMA 04

Üretim

CNC taşlama, uç yüzey şekillendirme, kenar hazırlama, kaplama ve lazerle işaretleme.

AŞAMA 05

Kalite Kontrolü

Çapı, oluk uzunluğunu, şaftı, eksantrikliği, kare uç geometrisini ve kesme kenarlarını kontrol edin.

Kalite, Denetim ve Teslimat

Katı karbür kare uçlu frezelerimiz, malzeme doğrulama, hassas taşlama, üretim süreci sırasında yapılan ölçümler ve son kontrol aşamalarıyla denetlenmektedir. Ana boyutlar, kare uç geometrisi, kesici kenar durumu, kaplama görünümü ve ürün tanımlaması, paketlemeden önce onaylanmış teknik şartnameye veya çizime göre incelenmektedir.

Controlled manufacturing and final inspection for solid carbide square end mills

Üç Aşamalı Kalite Kontrolü

Üretim sürecinin çeşitli aşamalarına, boyutsal tutarlılığı sağlamak ve tekrar sipariş kontrolünü desteklemek amacıyla denetim noktaları yerleştirilmiştir.

AŞAMA 01

Gelen Malzeme Kontrolü

Karbür alt tabaka kalitesi, ham parça boyutları ve tedarik edilen malzeme bilgileri, üretim gereksinimleriyle karşılaştırılarak kontrol edilir.

AŞAMA 02

Üretim Sırasında Taşlama Kontrolü

CNC taşlama işlemi sırasında kesme çapı, oluk geometrisi, oluk uzunluğu, kare uç profili ve şaft boyutları izlenir.

AŞAMA 03

Son Alet Kontrolü

Üretimi tamamlanmış takımlar, belirtilen boyutlar, eksantriklik, kesici kenar durumu, kaplama görünümü, işaretleme ve ambalaj tanımlaması açısından incelenir.

Temel Denetim Özellikleri

Denetim gereklilikleri, standart ürün şartnamesine veya onaylanmış özel çizime göre teyit edilir.

DENETİM KONUSU KONTROL ODAĞI ONAY ESASLARI
Kesme Çapı (DC) Çap ve boyut tutarlılığı Standart teknik şartname veya onaylı çizim
Flüt Uzunluğu (APMX) Etkili kesme uzunluğu Onaylanmış ürün boyutu veya çizim gereksinimi
Şaft Çapı (DCON) Sıkıştırma kesitinin boyutu ve yüzey durumu Uygun şaft özellikleri
Toplam Uzunluk (OAL) Toplam alet uzunluğu Standart boyutlu matris veya onaylanmış çizim
Radyal Salgı Kesme bölümü ile şaft arasındaki eşmerkezlilik Kararlaştırılan denetim şartı
Kare Uçlu Geometri Uç yüz profili, köşe durumu ve merkez kesim şekli Seçilen araç yapılandırması
Flüt ve Heliks Profili Flüt sayısı, sarmal şekli ve taşlama tutarlılığı Onaylanmış üretim konfigürasyonu
Son Teknoloji ve Kaplama Kenar durumu, gözle görülür kusurlar ve kaplama görünümü Uygulamaya özgü üretim gereksinimi
İşaretleme ve Tanımlama Uygun olduğu durumlarda alet kodu, boyutlar ve parti bilgileri Onaylanmış sipariş ve paketleme özellikleri

Ölçüm ve Parti İzlenebilirliği

Optik ölçüm sistemleri, takım kontrol ekipmanları ve uygun boyutsal ölçüm aletleri, kontrol edilecek özelliğe göre seçilir.

Optik Ölçüm

Belirtilen kesme özelliklerinin profil ve boyut incelemesi.

Çıkma Kontrolü

Kararlaştırılan ürün gereksinimlerine dayalı eşmerkezlilik incelemesi.

Kenar Denetimi

Uç yüzeyi, köşeler ve kesici kenarın durumuna ilişkin detaylı inceleme.

Parti Tanımlama

Tekrarlanan tedarik için gerekli olan yerlerde sipariş, ürün ve parti bilgileri birbiriyle ilişkilendirilmiştir.

Denetim Belgeleri: Üretim öncesinde, sipariş şartnamesine göre boyut kayıtları, numune denetim gereklilikleri veya ek belgeler incelenebilir.

Koruyucu Ambalajlama Süreci

Hazır uçlu frezeler, kesici kenarlar arasındaki teması azaltmak ve depolama ile nakliye sırasında ürünün net bir şekilde tanımlanmasını sağlamak amacıyla korunmaktadır.

Protective packaging process for solid carbide end mills
01 Kişisel KorumaKoruyucu borular veya kılıflar, kesici kenarları korumaya yardımcı olur.
02 Parti TanımlamaEtiketler, ilgili aletin ve sipariş bilgilerinin ne olduğunu belirtir.
03 Karton Korumasıİç dolgu malzemesi, gönderiye göre seçilir.
04 Sevkiyata HazırKartonlar kapatıldı ve onaylanan nakliye yöntemine göre hazırlandı.

Toplu Sipariş ve İhracat Ambalajı

Toplu sevkiyatlar, sipariş miktarına, sevkiyat ağırlığına ve kararlaştırılan nakliye şartlarına göre, takviyeli karton kutular, koruyucu ambalaj, paletli yükleme veya ihracat kasaları kullanılarak düzenlenebilir.

Bulk-order and export packaging for HY Cutting Tools shipments

Teslimat Koordinasyonu

Üretimin tamamlanması, paketleme yöntemi ve sevkiyat düzenlemeleri, onaylanan siparişe göre teyit edilir. Kargo, hava, deniz veya müşteri tarafından belirlenen nakliye seçenekleri, sevkiyatın boyutuna ve varış noktasına göre değerlendirilebilir. Nihai teslim süresi, ürün özellikleri, miktar ve paketleme gereklilikleri onaylandıktan sonra teyit edilir.

Ürün ve Uygulama SSS'leri

Answers to common questions about selecting and applying the TiCN-Coated Solid Carbide Centering and Chamfer Mill in 60°, 90° and 120° configurations for centering, spot drilling, chamfering, countersinking and V-groove machining.

What operations is this centering and chamfer mill designed for?
The tool is designed for centering, spot drilling, edge chamfering, countersinking, hole-edge preparation and selected V-groove machining. Direct plunging and spot drilling require a center-cutting tip geometry, which should be confirmed before ordering.
How should I choose between 60°, 90° and 120°?
The included angle should be matched to the required hole-preparation or edge geometry. A 90° configuration is commonly used for general 45° edge chamfers, while 60° and 120° versions are selected where the following drill geometry, countersink specification, V-groove or component profile requires a different included angle.
Can this tool be used for spot drilling?
Yes, when the selected model has a center-cutting tip suitable for axial entry. For accurate spotting, use a low-runout holder and select an included angle that is compatible with the geometry of the following drill.
What is the advantage of the precision-ground cutting geometry?
Precision-ground cutting surfaces help maintain the specified included angle and support controlled cutting engagement during centering, chamfering and countersinking. The final flute and tip configuration should be selected according to the tool size and machining application.
What is the benefit of TiCN coating?
TiCN coating provides improved wear resistance and reduced friction during repeated machining of ferrous materials. It is suitable for steel, alloy steel, stainless steel and cast-iron applications where cutting-edge wear can affect chamfer consistency and tool life.
Is the TiCN-coated version recommended for aluminum?
The TiCN-coated configuration is intended mainly for ferrous materials. For aluminum and other non-ferrous metals, an uncoated, DLC-coated or material-specific low-adhesion configuration is generally more suitable and can be reviewed separately.

Sipariş ve Özelleştirme ile İlgili Sık Sorulan Sorular

Information for distributors, tooling suppliers and industrial customers requesting standard or customized solid carbide centering and chamfer mill configurations.

Hangi standart boyutlar mevcuttur?
Reference configurations cover cutting diameters from Ø3 to Ø20 mm with 60°, 90° and 120° included-angle options. Standard overall lengths range from 50 to 100 mm according to the selected cutting diameter.
Can non-standard angles or dimensions be customized?
Yes. Cutting diameter, included angle, flute length, shank diameter, overall length, tip geometry and selected cutting-edge features can be reviewed according to the component drawing, workpiece material and machining application.
Can the tip geometry be customized for center cutting?
Yes. Center-cutting tip geometry can be reviewed for applications requiring direct plunging or spot drilling. Please specify the machining operation, required included angle, following drill geometry and hole-positioning requirement when requesting a custom configuration.
OEM etiketleme ve özel markalı ambalajlama seçenekleri mevcut mu?
Yes. Laser marking, custom tool codes, private labels, protective tubes and customized packaging can be reviewed according to the available shank marking area, packaging specification and order quantity.
Genel olarak teslim süresi ne kadardır?
When available from stock, standard items are generally ready for shipment within 1–3 working days. Lead time for customized tools is confirmed after specification and quantity review.
Doğru bir fiyat teklifi için hangi bilgiler gereklidir?
Please provide the workpiece material and hardness, cutting diameter, required 60°, 90° or 120° included angle, flute length, shank diameter, overall length, centering or chamfering operation, required chamfer, countersink or V-groove geometry, center-cutting requirement, coating preference and order quantity. A tool or component drawing is recommended for non-standard configurations.

Teknik Dosyalar

Use the following references for solid carbide cutter selection and starting machining-data review.

Katı Karbür Uçlu Freze Kataloğu

Review related chamfer mills, centering tools, square-end, ball-nose and application-specific solid carbide cutter series.

Kataloğu Görüntüle

Uçlu Freze Hızları ve İlerleme Hızları Kılavuzu

Uygulama incelemesi ve kontrollü işleme denemeleri için başlangıç parametrelerine erişin.

Kılavuza Göz At

Ölçüler, fiyatlar veya özel seçenekler mi arıyorsunuz?

Gerekli takım türünü, boyutlarını, miktarlarını, iş parçası malzemesini ve varsa OEM veya özel gereksinimleri bize iletin. Uygun teknik özellikleri, stok durumunu, teslim süresini ve fiyat teklifi ayrıntılarını size teyit edeceğiz.

Standart Boyutlar Küçük Ölçekli Dava Kararları Çeşitli Bedenler OEM ve Özel Seçenekler
Fiyat ve Teknik Özellikler Talebi WhatsApp'ta sohbet et

Çizimler, boyut listeleri ve referans fotoğraflar memnuniyetle kabul edilir.