SMART MIRACLE end mill series: Addition of VQ2XLB, VQFDRB,VQHVRB for machining of difficult-to-cut materials

October 1, 2020

MITSUBISHI MATERIALS CORPORATION Metalworking solutions company (Company President: Tetsuya Tanaka address: Marunouchi, Chiyoda-ku, Tokyo) has added 3 products to the SMART MIRACLE series of end mills: VQ2XLB, a long neck ball nose type, VQFDRB: a duplex radius type and VQHVRB, a vibration control corner radius type end mill for high efficiency machining for difficult-to-cut materials.

  The use of (Al, Cr)N coating has been highly rated by many customers because it reduces cutting resistance, greatly improves wear resistance and improves chip disposal. This results in higher machining efficiency and longer tool life in the machining of titanium and heat-resistant alloys.

  Mitsubishi Materials is expanding its range of end mills for machining titanium, cobalt chromium and heat-resistant alloys that are commonly used in aircraft components and for medical equipment parts.

Main feature of VQ2XLB, VQFDRB, VQHVRB:

1. The unique (Al, Cr)N coating and the use of special cemented carbide substrate tailored to the type of machining results in improved wear and chipping resistance and provides a stable tool life.

2. Adopting a unique cutting edge shape that corresponds to the wear characteristics and machining methods of difficult-to-cut materials helps to improve chipping resistance and realizes stable, high-efficiency machining.

Product name Product name: SMART MIRACLE End Mill Series for Difficult-to-Cut Materials
VQ2XLB : Long Neck Ball Nose End Mills
     Φ1mm-Φ3mm 14Items
VQFDRB : Duplex Radius End Mills
     Φ3mm-Φ6mm 5Items
VQHVRB: Vibration Control Corner Radius End Mills for high efficiency machining
     Φ1mm-Φ4mm 8Items
Release date October 1st, 2020
Standard Price
(Standard Items)
VQ2XLBR0100N120S06 9,200 yen (10,120 yen including tax)
VQFDRBD0400N160 14,800 yen (16,280 yen including tax)
VQHVRBD0300R05N100 13,400 yen (14,740 yen including tax)

Product Features

TOOL NEWS B197G-F(12page)(670.50 KB)

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