Cutter Heads | Milling Heads | Indexable Milling Cutters
Here you will find a selection of shell-type milling cutters and screw-in milling cutters for shoulder milling and face milling. Our portfolio includes milling heads for various materials and applications, including steel, aluminum, and plastics.
In the production of our milling heads, we place great emphasis on high-quality raw materials and precise manufacturing processes. The milling heads are characterized by high wear resistance, cost-effectiveness, and dimensional accuracy, making them ideal for machining hard materials as well as for a wide range of industrial applications.
Matching indexable inserts for our milling heads are also available in our shop. We offer a wide selection of indexable inserts for different materials and machining strategies, enabling you to optimally align your machining processes.
If you have any questions about our milling heads or other products, our expert team will be happy to assist you. We support you in selecting the right milling heads and indexable inserts and help you optimize your machining processes efficiently and effectively.
45° Chamfer Mill, Deburring Cutter, Indexable Chamfer Cutter
45° chamfer mill with SP.. indexable inserts: precise chamfering and deburring, consistent accuracy, neck relief, and quick insert indexing.
AP16 Indexable Chamfer Mill 30–75°, Deburring Cutter
APMT Chamfer Mill 30–75°: precise edge machining, low vibration, high process reliability at high feed rates. Ideal for chamfering and deburring.
BAP 90° Face Mill, Cutter Head, Milling Head for APMT/APKT
90° end mill for APMT/APKT/APGT indexable carbide inserts. Cutter head with diameter from 40 to 125 mm.
BAP Indexable Carbide Inserts Milling Cutter 90°, Square End Mill
BAP Indexable Carbide Inserts Milling Cutter 90°: Versatile for corner, slot, and face milling. Nickel-plated, durable. Wide selection of diameters and lengths.
BAP Thread Mill with Coolant, Cutter Head, Milling Head for APMT/APKT
90° Screw-in mill with internal cooling for APMT/APKT/APGT indexable carbide inserts.
BAP Thread Mill, Cutter Head, Milling Head for APMT/APKT
90° Corner Mill, Threaded Mill for APMT/APKT/APGT Indexable Carbide Inserts.
BAP300R Screw-On Milling Cutter, 90° Shoulder Milling Head
Efficient modular solution: BAP300R milling head for AP..1135 inserts. Smooth-cutting geometry for high performance and precise 90° shoulders.
BAP400R Eckfräser 90° mit IK, Aufsteckfräser, Fräskopf
Präzise Bearbeitung mit dem BAP400R Eckfräser 90° – Innenkühlung, hohe Effizienz und geeignet für APKT/APMT Wendeschneidplatten.
BAP400R-SL 90° Shoulder Milling Cutter, Shell End Mill, Face Milling Head
High-precision 90° shell end mill BAP400R-SL. Compatible with ISO inserts AP..1604.. (APMT/APKT). Tempered tool body for maximum rigidity and dimensional accuracy.
EMR Milling Head, Round Insert Cutter
High-performance milling head / round insert cutter for precise face milling, slot milling, and more. Long service life, optimal chip removal, flexible application.
EXN03 high feed milling cutter, end mill
EXN03 high feed milling cutter – Perfect for LNMU03 milling plates. Ideal for corner, slot and face milling. Precise, durable & powerful!
EXN03 High-Feed Screw-On Milling Cutter, Face Mill
Powerful EXN03 high-feed milling cutter: stable processes, high feed rates, excellent chip evacuation, and extended tool life.
HSK63A Shell Mill Holder, Milling Head Holder DIN 69893
HSK63A Shell Mill Holder: High runout accuracy ≤ 0.003 mm, robust design, integrated cooling, and low-vibration performance.
KAP Milling Cutter 75°, Cutter Head, Milling Head for APMT/APKT
75° Face Mill for APMT/APKT/APGT Indexable Carbide Inserts. Cutter head with diameter from 50 to 125 mm.
KM12 Face Mill, Arbor Mill, Milling Head
High-precision KM12 face mill for SE..1204 inserts with a 45° lead angle. Optimal chip removal, precision, and durability.
LNMU03 Hochvorschubfräser mit Innenkühlung, Fräskopf, Messerkopf
Effiziente Bearbeitung mit dem LNMU03 Hochvorschub-Aufsteckfräser – Innenkühlung, vibrationsarm und vielseitig.
MFC145 45° Face Milling Cutter with Internal Coolant, High-Feed Milling Head with Through-Coolant
Precision MFC145 face milling head with internal coolant and 45° lead angle. Maximum process reliability, high removal rates, and lowest cost per part for HNPJ0704 / HNGJ0704 inserts.
MFPN SE12 Face Milling Cutter, Milling Head, Shell Mill
MFPN SE12 face mill with 45° lead angle for SE..1204 indexable inserts. Smooth running, strong performance, and excellent surface quality.
MFWN 90° End Mill with Internal Cooling, Cutter Head, Milling Head for WNMU
MFWN 90° corner and face mill with internal coolant for WNMU indexable carbide inserts. Cutter head in diameter from 50 - 125 mm for WNMU080608 indexable carbide inserts.
MFWN 90° Face Mill, Cutter Head, Milling Head for WNMU
MFWN 90° Corner and Face Mill for WNMU Indexable Carbide Inserts. Cutter head in diameter from 50 - 125 mm for WNMU080608 Indexable Carbide Inserts.
R390 Face Mill, Milling Head, Cutter Head
R390 90° Square Shoulder Mill – high precision, compatible with R390-11T3 and R390-1704 inserts.
SK40 ER Collet Chuck, Collet Holder
ER collet chuck: Versatile application, low vibration, maximum precision, and robust construction for your machining needs.
SK40 Shell Mill Arbor, Cutter Head Holder DIN 69871
SK40 Shell Mill Arbor DIN 69871: Highest precision and durability for demanding milling applications.
Slotting and Slitting Cutter with Hub, Disc Milling Cutter
High-Performance Disc Milling Cutter: Maximum precision and smooth operation for efficient slotting, grooving, and slitting in metalworking applications.
SN12 45° Face Mill with Internal Coolant, Cutter Head, Milling Head for SNMX
#VALUE!
TMC T-slot Cutter, T-slot Milling Cutter
TMC T-slot Cutter: Accurate, durable, and dimensionally stable. For CC..0602 inserts – ideal solution for repeatable T-slot production, optimal chip evacuation, and long tool life.
TXN03 High Feed Milling Cutter, Shell Mill, Milling Head
TXN03 high feed milling cutter – maximum feeds, precise machining, optional internal cooling. Optimized geometry, versatile use, long tool life.