Grooving Inserts MGMN150-G 1.5mm Carbide Cut-Off with CVD Coating

Description

Product Overview

The MGMN150-G grooving insert is engineered for high‑precision machining in demanding industrial environments. With a cutting width of 4mm, a length of 16mm, and a thin 1.5mm profile, this insert delivers clean, accurate cuts on a variety of steel alloys. Constructed from solid carbide, the insert offers exceptional hardness and toughness, while the advanced chemical vapor deposition (CVD) coating provides superior wear resistance, heat deflection, and a polished finish that reduces friction during operation. The blade angle is set at 0° lead, ensuring straight, consistent grooves without the need for additional adjustments. Designed for compatibility with MGEHR and MGIVR tool holders, the insert integrates seamlessly into existing CNC lathe and turning setups, allowing users to upgrade performance without extensive re‑tooling. The package includes 20 pieces, each individually inspected for dimensional accuracy and coating integrity, guaranteeing uniform performance across the entire set.

Usage

These grooving inserts excel in applications where precise material removal and smooth chip evacuation are critical. Ideal for machining steel with a hardness below 40 HRC, they are frequently employed in the production of shafts, gears, and other components that require tight tolerances and clean surface finishes. The CVD coating minimizes chip adhesion, allowing for continuous operation at higher spindle speeds without the risk of tool wear or breakage. Users in automotive, aerospace, and general manufacturing sectors can rely on the MGMN150-G to achieve consistent results in both prototype and high‑volume production runs. The insert’s geometry is optimized for use on CNC lathe machines equipped with standard grooving and cut‑off tool holders, making it a versatile choice for both manual and automated machining centers. When paired with proper coolant delivery, the insert maintains thermal stability, further extending tool life and reducing downtime.

Why Choose Us

Choosing the MGMN150-G means selecting a product backed by rigorous quality control and a commitment to performance. Each insert undergoes a multi‑stage inspection process, including dimensional verification, coating thickness measurement, and hardness testing, ensuring that every piece meets the exacting standards required for high‑speed machining. Our manufacturing facilities employ state‑of‑the‑art CVD technology, which creates a uniform, dense coating that adheres tightly to the carbide substrate, delivering unmatched durability even under heavy cutting loads. In addition to the technical advantages, we provide responsive customer support and a clear warranty policy, giving users confidence that any issues will be addressed promptly. Our distribution network ensures fast delivery, so you can keep your production line running without interruption. By partnering with us, you gain access to a reliable supply of premium inserts that consistently outperform generic alternatives.

Key Features

• High‑precision 1.5mm thickness delivers clean, accurate cuts for tight tolerances.
• Durable CVD coating reduces friction and prevents chip sticking, extending tool life.
• Solid carbide construction provides exceptional hardness and resistance to wear.
• Optimized geometry ensures smooth chip evacuation and stable cutting at high speeds.
• Responsive after‑sales support and warranty give peace of mind for industrial users.

FAQ

What steel hardness can the MGMN150-G handle?

The insert is designed for steel with a hardness up to 40 HRC, delivering reliable performance without excessive wear.

Are these inserts compatible with all CNC lathe models?

They are compatible with standard MGEHR and MGIVR grooving and cut‑off tool holders, which are common on most CNC lathe machines.

How does the CVD coating improve cutting performance?

The CVD coating provides a hard, heat‑resistant surface that reduces friction, improves chip flow, and protects the carbide substrate from wear, allowing higher cutting speeds and longer tool life.

Can I use these inserts for continuous production runs?

Yes, the inserts are engineered for durability and stability, making them suitable for both short‑run prototyping and long‑run high‑volume manufacturing.

What warranty or support is offered?

We offer a comprehensive warranty covering manufacturing defects and provide dedicated technical support to assist with installation, troubleshooting, and optimal usage recommendations.