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EMRW round nose end...

EMRW round nose end mill arbor

1、Material: Tungsten carbide/tungsten carbide

2、Accept other size customization services

3. The tool holder adopts quenching and hardening process + high hardness coating, high hardness and not easy to deform, and chamfer design to facilitate easy exhaust after gravity.

4. The screw hole and the blade position form a positioning design, and the bottom surface of the blade is close to the tool holder to reduce downtime during processing.

Product Detail

EMRW round nose end mill arbor specification table:

Specification	shank diameter(mm)	Flute Diameter(mm)	Overall Length(mm)	Flute
EMRW6R-C25-25-150-2T	25	25	150	2
EMRW6R-C25-25-200-2T	25	25	200	2
EMRW6R-C25-30-150-2T	25	30	150	2
EMRW6R-C25-30-200-2T	25	30	200	2
EMRW6R-C25-30-250-2T	25	30	250	2
EMRW6R-C25-32-150-2T	25	32	150	2
EMRW6R-C25-32-200-2T	25	32	200	2
EMRW6R-C25-32-250-2T	25	32	250	2
EMRW6R-C32-32-150-2T	32	32	150	2
EMRW6R-C32-32-200-2T	32	32	200	2
EMRW6R-C32-32-250-2T	32	32	250	2
EMRW6R-C32-32-300-2T	32	32	300	2
EMRW6R-C32-35-150-3T	32	35	150	3
EMRW6R-C32-35-200-3T	32	35	200	3
EMRW6R-C32-35-250-3T	32	35	250	3
EMRW6R-C32-35-300-3T	32	35	300	3
EMRW6R-C32-35-350-3T	32	35	350	3

Role of end mill arbor：
1. Fixing the milling cutter: The basic function of the end mill arbor is to act as the shank of the milling cutter, which is used to fix the milling cutter to the spindle or shank of the milling machine. By means of the end mill arbor, the milling cutter can be accurately positioned and clamped, ensuring stability and precision during the machining process.

2. Transmitting power and torque: During the milling process, the end mill arbor is not only required to hold the milling cutter, but also to transmit power and torque from the spindle of the milling machine. the design and material of the end mill arbor need to have sufficient rigidity and strength to withstand the cutting forces generated during the milling process.

3. Determine cutting parameters: The design and size of the end mill arbor affects milling parameters such as depth of cut, width and length. By choosing the right end mill arbor, the milling parameters can be adjusted to suit different machining needs and material characteristics.

4. Improve machining efficiency: Different types of end mill arbor are suitable for different machining tasks. For example, some end mill arbor is designed for roughing, which can withstand larger depth of cut and feed, thus improving material removal rate; while other end mill arbor is suitable for finishing, providing higher precision and surface quality.

5. Adapt to different machining environments: There are many types of end mill arbor, which can adapt to different machining environments and requirements. For example, some end mill arbor is suitable for high speed cutting, while others are suitable for heavy or dry cutting.

6. Improve tool life: By using the right end mill arbor, vibration and thermal deformation of the milling cutter can be reduced, thus prolonging tool life and reducing the frequency of tool changes.

7. Optimise cutting paths: The design of the end mill arbor can also help to optimise cutting paths, reduce dead space and unreachable areas in machining, and improve machining coverage and efficiency.