Triangle Grooving Inserts

Structural Features

• Cutting Edge Design: It has three cutting edges, and the tip angle is generally 60°. This angle design makes the cutting edge relatively sharp, enabling easy penetration into the workpiece material. It can effectively reduce the cutting force and the heat generated during the cutting process, and has obvious advantages in light-duty milling.
• Chip Groove: The insert is usually designed with chip grooves of specific shapes and sizes. The size and shape of these grooves vary according to the application of the insert and the material to be machined.
• Positioning and Clamping Structure: To ensure the stability of the insert during cutting, the insert is equipped with structures such as positioning holes and positioning grooves. These structures cooperate with the clamping devices (such as screws, wedges, etc.) on the tool body, allowing the insert to be accurately positioned and firmly mounted on the tool body.

Applicable Materials

• Non-ferrous Metals: For non-ferrous metals such as aluminum, copper and their alloys, the sharp cutting edges of triangle grooving inserts can achieve efficient cutting and obtain good surface quality. Because the hardness of non-ferrous metals is relatively low, the cutting force generated during cutting is small. Triangle grooving inserts can handle this easily and are not prone to built-up edge. They can meet the requirements of high precision and high surface finish for groove machining of non-ferrous metal parts.
• Common Steels: Triangle grooving inserts are also widely used in groove machining of common steels such as medium and low carbon steels. By reasonably selecting the insert material and coating, they can effectively cut steel and play a role in roughing and semi-finishing, removing excess material to form the required groove shape.
• Cast Iron: Although cast iron has relatively high hardness and certain brittleness, triangle grooving inserts made of suitable materials (such as cemented carbide) and with appropriate coatings can achieve good results in groove machining of cast iron. During the cutting process, they can effectively control the shape and discharge direction of chips, reducing problems such as edge chipping.

Application Scenarios

• Narrow Groove Machining: Due to the shape characteristics of the triangle, the width of the insert is relatively narrow, making it particularly suitable for machining narrow grooves, such as narrow keyways on various mechanical parts and narrow grooves in small molds. In these scenarios, it can accurately control the width dimension of the groove and ensure machining accuracy.
• Shallow Groove Machining: In the machining of shallow grooves where the requirement for groove depth is not high, triangle grooving inserts can rely on their sharp cutting edges and good cutting performance to complete the machining task quickly and efficiently, while ensuring the surface quality of the groove. For example, they are often used in shallow groove milling of electronic equipment components and small hardware parts.
• Precision Part Machining: For some precision parts with extremely high requirements for machining accuracy and surface quality, such as small parts in the aerospace field and key parts in medical devices, triangle grooving inserts can achieve high-precision groove machining by optimizing cutting parameters and selecting appropriate tool materials, meeting the design requirements of the parts.

FAQ:

1. Q: Are you the original manufacturer of the inserts.

A: Yes, we are the original factory for both standard and non - standard inserts with a 14 - year entrepreneurial history. We have our own production lines, as well as design and sales teams.

3. Q: How long is your delivery time?

A: It is determined according to the customer's order.You can communicate the details directly with the customer service on our website.

4. Q: What is the best way to contact you?

A: Contact us via email, WhatsApp, WeChat (ID: hanyuhaoyangtools), phone (+86 13880606307), or live chat.

Non-standard grooving insert with mid-range coating

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Non - standard grooving insert, slot milling insert, E22H.Q1-22510-16# 01-0.7 , mid - range coating material, HYKH06, customizable insert Images