MGMN200-G 10Pcs Carbide Grooving Inserts 2mm Tool with CVD Coating

Description

Product Overview

The MGMN200-G package delivers a set of ten high‑precision carbide grooving inserts, each measuring 2 mm in thickness and 4 mm in cutting width. Constructed from solid carbide, these inserts provide exceptional hardness, toughness, and edge retention, allowing them to maintain a sharp cutting profile even under demanding machining conditions. A proprietary chemical vapor deposition (CVD) yellow coating envelops the cutting edge, delivering superior wear resistance, reduced friction, and enhanced heat dissipation. This coating also promotes clean chip flow, minimizing the tendency for chips to adhere to the insert or tool holder, which in turn reduces the risk of surface finish defects.

Each insert features a 0° lead angle and a straight‑groove geometry optimized for a wide range of materials, including steel, copper, aluminum, wood, and various engineering plastics. The inserts are compatible with standard MGEHR and MGIVR grooving cut‑off tool holders, ensuring a secure fit and easy interchangeability on CNC lathe machines. The package dimensions of 4.7 × 2.36 × 1.18 inches and a lightweight of 1.44 oz make storage and handling straightforward, while the robust construction guarantees durability throughout extended production runs.

Usage

These grooving inserts are engineered for high‑speed CNC lathe applications where precision and surface quality are paramount. They excel in operations such as groove cutting, parting, and cut‑off tasks on a variety of workpieces, from hardened steel shafts to soft aluminum extrusions. The CVD coating’s heat‑resistant properties enable the inserts to sustain elevated cutting speeds without premature thermal degradation, making them ideal for high‑throughput manufacturing environments.

Machinists and production engineers will appreciate the ease of setup: the inserts fit directly into the MGEHR or MGIVR tool holder without the need for additional adapters or modifications. This compatibility reduces change‑over time and supports rapid tool changes in batch production. The inserts also perform well in less demanding settings, such as prototype machining or small‑batch custom parts, where consistent quality and reduced tool wear translate into lower overall costs.

Because the inserts are designed to handle both ferrous and non‑ferrous materials, they are suitable for industries ranging from automotive component fabrication to electronics housing production, as well as for woodworking and plastic component manufacturing. Their ability to produce clean, burr‑free grooves contributes to downstream processes such as assembly, painting, or coating, where surface integrity is critical.

Why Choose Us

Choosing the MGMN200-G grooving inserts 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 edge geometry assessment, ensuring that every piece meets exacting industry standards. Our manufacturing facilities employ state‑of‑the‑art CVD technology, guaranteeing a uniform coating that delivers consistent results across the entire batch.

We understand that reliability is essential in high‑volume production, which is why our inserts are engineered for extended tool life. The combination of solid carbide substrate and CVD coating reduces the frequency of tool changes, decreasing machine downtime and increasing overall equipment effectiveness (OEE). Additionally, the inserts are supplied in a compact, clearly labeled package that simplifies inventory management and traceability.

Our customer support team is available to assist with technical inquiries, selection guidance, and after‑sales service. Whether you need advice on optimal cutting parameters, holder compatibility, or troubleshooting tips, our experts are ready to help you achieve the best possible outcomes from your machining operations.

Key Features

• Solid carbide construction provides exceptional hardness and long tool life for demanding machining tasks.
• CVD yellow coating enhances wear resistance, reduces friction, and improves heat dissipation for smoother cuts.
• 2 mm thickness and 4 mm width deliver precise groove dimensions across a variety of materials.
• Compatible with standard MGEHR and MGIVR grooving cut‑off tool holders for quick, tool‑free installation.
• Dedicated technical support and after‑sales service ensure reliable performance and customer satisfaction.

FAQ

What materials can the MGMN200-G inserts machine effectively?

The inserts are suitable for machining steel, stainless steel, copper, aluminum, wood, and most engineering plastics. Their CVD coating and carbide substrate allow them to handle both hard and soft materials while maintaining a high-quality surface finish.

How does the CVD coating improve cutting performance?

The CVD (chemical vapor deposition) coating creates a thin, uniform layer on the cutting edge that reduces friction and provides excellent heat resistance. This results in smoother chip evacuation, lower cutting forces, and extended tool life compared with uncoated carbide inserts.

Are the inserts compatible with all CNC lathe machines?

They are designed to fit standard MGEHR and MGIVR grooving cut‑off tool holders, which are common on most CNC lathe models. As long as the machine uses one of these holder types, the inserts can be installed without additional adapters.

What is the recommended cutting speed for steel?

For medium‑carbon steel, a cutting speed of 120–150 m/min is typically effective. Adjust the feed rate and depth of cut based on the specific steel grade and desired surface finish. Always refer to your machine’s guidelines and perform a test cut when introducing a new insert.

How should I store the inserts to maintain their performance?

Store the inserts in a dry, clean environment, preferably in the original packaging to protect the coating from contamination. Avoid exposure to moisture or corrosive chemicals, and keep them away from magnetic fields that could affect the carbide material.