Milling

SMART MIRACLE End Mill Series Expansion: VQ4WB A Multi-functional Lollipop End Mill for Difficult-to-Cut Materials

MITSUBISHI MATERIALS CORPORATION Metalworking solutions company (Company President: Tetsuya Tanaka, Address: Marunouchi, Chiyoda-ku, Tokyo) has added VQ4WB to the series of SMART MIRACLE end mills with a multi-functional lollipop end mill for difficult-to-cut materials.

The SMART MIRACLE end mill series are highly valued by many customers for the improvement of machining efficiency and the longer tool life when machining titanium and heat-resistant alloys. This is achieved by adopting an (Al,Cr)N based coating, which greatly improves wear and cutting resistance as well as providing better chip evacuation.

Due to the popularity of 5 axis and multi-functional machines, there has been a growing demand for highly efficient machining and process integration with specialized and multi-functional tools. To meet the demand, Mitsubishi Materials has added VQ4WB a multi-functional lollipop end mill for difficult-to-cut materials to expand the series.

Main feature of VQ4WB:

1. True round ball cutting edge over the full 280º achieves stable cutting even during undercut machining.

2. The original (Al,Cr)N based coating improves adhesion and wear resistance and provides a longer tool life over a wide range of work materials, from carbon steels through to difficult-to-cut materials.

3. A range of dedicated diameter sizes for deburring of back hole faces are available
- (DC = 1.3, 1.8, 2.8, 3.8 and 4.8 mm)

4. 4 flutes greatly improve feed rates and efficiency compared to conventional 2 flute lollipop end mills.

Product name VQ4WB Multi-functional Lollipop End Mill for Difficult-to-Cut Materials
DC 1mm - 6mm 11 Items
Release date October 1st, 2020
Standard Price
(Standard Items)
VQ4WBR0050N06E280   16,900 yen (18,590 yen including tax)
VQ4WBR0150N08E280   19,800 yen (21,780 yen including tax)
VQ4WBR0300N12E280   23,200 yen (25,520 yen including tax)

For details on the product above, please click here.