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Grooving Insert

Grooving Insert Specification

Drill Bits Types
Grooving Insert

Cutting Speed
Up to 250 m/min

Cutting Force
Medium to High

Usage
Industrial

Coating
TiN, TiAlN

Cutting Capacity
1.5 mm - 6 mm (Width)

Cutting Accuracy
High Precision

Features
Wear-resistant, Heat resistant, High strength

Machine Type
CNC Lathe, Conventional Lathe

Cutter Type
Indexable Insert

Coating Type
CVD (Chemical Vapor Deposition)

Operation Type
External and Internal Grooving

Hardness
HRA 89 - 93

Length
Standard: 12 mm - 30 mm

Material
Stainless Steel

Shape
Rectangular

Tool Type
Carbide Insert

Operate Method
Clamped Mechanically

Size
Standard

Diameter
8 mm - 25 mm (Insert Size)

Product Type
Grooving Insert

Color
Silver

Processing Type
Turning, Grooving

Edge Type
Double or Single Edged

Compatible Material
Steel, Stainless Steel, Cast Iron, Non-ferrous Metals

Replaceability
Quick-change Design

Heat Resistance
Up to 900C

Blade Size
2 mm - 5 mm thickness

Insert Geometry
Negative or Positive Rake

Surface Finish
Up to Ra 0.8

Brand Compatibility
Suitable for major tool holders

Chipbreaker Design
Specialized for Chip Control

Application
Used for grooving and parting-off operations

Colour
Gold, Black, Grey

Grooving Insert Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

About Grooving Insert

Introducing the new release Grooving Insert-spotlighted as a famed solution for industrial precision. Lustrous in gold, black, and grey, this first-class carbide insert supports steel, stainless steel, cast iron, and non-ferrous materials. Available in 2 mm - 5 mm thickness, it features double or single-edged blades, superior chipbreaker design, and a high heat resistance up to 900C. Engineered for quick-change replaceability and high cutting precision, it delivers a top-tier surface finish (Ra 0.8), suitable for CNC and conventional lathes. CVD-coated for wear resistance, this insert ensures high strength and compatibility with major tool holders-ideal for all grooving and parting-off operations.

Grooving Insert: Applications, Usage, and Key Features

Grooving Inserts are chiefly used for grooving and parting-off operations on CNC and conventional lathes. This industrial-grade solution is compatible with steel, stainless steel, cast iron, and non-ferrous metals. Its specialized chipbreaker optimizes chip control, while superior heat and wear resistance support enduring industrial use. Suitable for both external and internal grooving, it offers fast replaceability, medium to high cutting forces, and operates at cutting speeds up to 250 m/min, ensuring consistent, high-precision results.

Certifications, Sampling, and Packaging for Grooving Inserts

Each Grooving Insert arrives with industry-recognized certifications, attesting to its market value and premium standard. Samples are available for customers seeking to minimize expenditure before bulk procurement. Every unit is securely packaged to guarantee integrity during transit and efficient handling of shipped goods. Suppliers consider client demands and industrial requirements, offering tailored packaging options for optimal protection and ease of deployment upon arrival at your facility.

FAQ's of Grooving Insert:

Q: How does the chipbreaker design of the Grooving Insert benefit machining processes?

A: The specialized chipbreaker design ensures consistent chip control, reduces the risk of chip jamming, and promotes smoother grooving or parting-off operations, resulting in cleaner surface finishes and improved operational efficiency.

Q: What materials are the Grooving Inserts compatible with for optimum performance?

A: These inserts are designed for use with a variety of materials, including steel, stainless steel, cast iron, and non-ferrous metals, making them versatile for a range of industrial machining tasks.

Q: When should I opt for a double-edged versus a single-edged blade type?

A: Choose a double-edged blade when you require extended tool life and cost efficiency; select a single-edged blade for operations needing maximum precision and a dedicated cutting profile.

Q: Where can these Grooving Inserts be applied?

A: They can be applied in both CNC and conventional lathe machines for turning, grooving, and parting-off operations across multiple industries-including automotive, manufacturing, and metalworking sectors.

Q: What is the process for replacing Grooving Inserts during machining?

A: Thanks to the quick-change design, the replacement process is straightforward. Simply unclamp the used insert mechanically and secure the new one, minimizing machine downtime and supporting continuous production.

Q: How do I benefit from the heat and wear resistance features of the Grooving Insert?

A: The CVD coating and high hardness (HRA 89-93) offer outstanding resistance to heat and wear, delivering long-lasting performance even in demanding machining environments. This durability reduces frequency of replacement, saving costs and effort.

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