Mitsubishi GY Series Parting & Grooving Holders & Blades

The Mitsubishi GY series of grooving and parting off toolholders are a range of tools designed to offer ultimate rigidity and accuracy for stable grooving applications.

The modular system allows flexible tool selection while maintaining overall strength for stable machining. Additionally, a wide variety of inserts makes it possible to cover a diverse range of machining applications, ensuring high efficiency, high precision machining.

GY Series 90 Internal Grooving Left Hand Modular Holder

For producing 3.00mm Groove width.

Mitsubishi Indexable Turning Inserts

Grade Description: US735 (P20 - 40)
CVD Coated Grade. Specially designed for both interrupted and uninterrupted machining of materials that are subject to work hardening, such as stainless steels, where a sharper cutting edge produces more desired results

DCMT Indexable Turning Insert

Mitsubishi GY Series Parting & Grooving Holders & Blades

The Mitsubishi GY series of grooving and parting off toolholders are a range of tools designed to offer ultimate rigidity and accuracy for stable grooving applications.

The modular system allows flexible tool selection while maintaining overall strength for stable machining. Additionally, a wide variety of inserts makes it possible to cover a diverse range of machining applications, ensuring high efficiency, high precision machining.

GY Series 90 Face Grooving Right Hand Modular Blade

For producing 4.00mm Groove width.

Mitsubishi Indexable Turning Inserts

Grade Description: US735 (P20 - 40)
CVD Coated Grade. Specially designed for both interrupted and uninterrupted machining of materials that are subject to work hardening, such as stainless steels, where a sharper cutting edge produces more desired results

CNMG Indexable Turning Insert

Mitsubishi Grooving & Parting Inserts

Grade Description: VP20RT A combination with a tough Miracle coated grade VP20RT makes it suitable for applications where inserts are vulnerable to fracturing.

GY Series Grooving & Parting Inserts

GY Inserts To Suit External Face and Internal Grooving Holders.

A full range of insert widths from 2mm to 6.35mm are available on request.

Mitsubishi Indexable Milling Inserts

Mitsubishi APX4000 Milling inserts have been developed using advanced simulation technology to produce a new 15mm insert is suitable for larger depths of cut. The new insert is also thicker and therefore ideal for high load machining they are also:
Efficient when machining on low rigidity machines or work pieces and they are ideal for thin wall or extended reach applications.
They have efficient heat disposal and chip control, heat generated during cutting has been reduced due to the APX?s special geometry.
Ideal chip shape formed by the insert for easy disposal.

AOMT Indexable Milling Insert

Mitsubishi grade description: VP15TF (P15-P35/M15-M35/K15-K30) PVD ''Miracle'' Coated Milling/Drilling Grade. Offers increased heat resistance and adhesion strength. For all Steels, Cast Irons and some Stainless Steel

Mitsubishi Indexable Turning Inserts

Grade Description: US735 (P20 - 40)
CVD Coated Grade. Specially designed for both interrupted and uninterrupted machining of materials that are subject to work hardening, such as stainless steels, where a sharper cutting edge produces more desired results

CCMT Indexable Turning Insert

Mitsubishi Indexable Turning Inserts

UE6110 (P05-P25)
The first recommendation for steel turning. Suitable for turning various types such as mild steel, carbon steel, bearing steel and lead free steel. High Crater Wear Resistance and High Flank Wear Resistance.

DNMG Indexable Turning Insert

Chip Breaker: MA - Light roughing and general purpose cutting. Suitable for various cutting conditions and materials.
Depth of cut: .040 - .240
Feed Rate: .008 - .240

Mitsubishi Indexable Turning Inserts

Grade Description: US735 (P20 - 40)
CVD Coated Grade. Specially designed for both interrupted and uninterrupted machining of materials that are subject to work hardening, such as stainless steels, where a sharper cutting edge produces more desired results

DCMT Indexable Turning Insert