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Internal grooving inserts are specialized cutting tools designed for creating grooves within bores. Selecting the correct insert is crucial for achieving precise dimensions, smooth finishes, and efficient material removal. The right choice ensures optimal tool life and prevents costly rework in manufacturing processes.
Right/left hand Internal grooving tool holders--size name:MGIVR/L2016-1.5 ,adapt to MGMN150 inserts, MGIVR/L2016-2 ,adapt to MGMN200 inserts, overallength of the holders:180mm=7.08in, shank diameter:20mm=3/4in, made from 42CrMo ,high strength, high...
1.5mm and 2mm grooving insets--MGMN150 grooving width:1.5mm=0.06in; MGMN200 grooving width:2mm=0.078in;The carbide inserts with TIN coating,good wear-resistance, sharp and non-stick blade;
Mainly used for grooving and cut off, suitable for processing steel and 45#steel etc...
Features: Offer long tool life and faster cutting speed, low friction coefficient, good wear resistance.Perform good even in very dirty environment
[MAXIMUM RIGIDITY] The 5/8" (16mm) large shank provides the backbone needed for vibration-free parting and deep internal grooving where smaller tools often flex or fail
[INTERNAL & EXTERNAL MASTERY] Includes MGIVR (Internal) and MGEHR/L (External) holders. A specialized kit for complex grooving, recessing, and part-off operations
[ANTI-SNAP DESIGN] Our nitrided 40Cr steel holders are treated to resist the shocks of interrupted cuts, protecting your 10 included MGMN200 inserts from premature chipping
[CLEAN CHIP EVACUATION] TiN-coated inserts offer low friction and superior heat resistance, ensuring clean chip flow and a smooth finish on tough metals
[MID-SIZE LATHE OPTIMIZED] Designed for precision hobbyists and industrial shops using BXA or larger tool posts. Delivers reliable accuracy for tight-tolerance grooves
🎄 MGMN200 Inserts Material: Made of solid carbide with tin coated,suitable for steel and stainless steel parts processing.
🎄 Coating: CVD , MGMN 200 Suitable for Steel and Stainless steel parts processing. Coating endows inserts strong impact resistance, good versatility with high precision, High finish and High wear resistance.
🎄 Feature of Inserts: MGIVR offers long tool life and faster cutting speed, low friction coefficient. Good versatility with high precision, high finish and high wear resistance. Not easy to stick to the holders or workpieces. Vacuum hardening...
🎄 Feature of Cutting holder : MGIVR2016-2 uses strong steel as material, laser lettering on holder. Anti-rust oil wiped on holders to prevent from oxidation. Plastic box packing ,easier to store.
🎄Holder Material : MGMN200-G Inserts adopt high quality carbide substrate and Balzas coating. Holders adopt high quality imported 40Cr steel. Durable for long time using.
CVD coated yellow color grade, universal grade, used to produce grooves and cut-off (parting) pieces in a turning machine
Suitable for continuous steel cutting and interrupted cutting finishing to roughing
Soft material parting processing is preferred, sharp cutting edge, low cutting force, low and medium-speed feed processing, pipe fittings, thin-wall parts and small parts processing
CDBP multifunctional tools can be used in different applications, such as parting, grooving, turning, end face and profiling machining. Unique installation and chip-breaker can ensure excellent performance and production efficiency
Materials: CVD coating solid carbide, for excellent toughness, hardness and sharpness to provide excellent finish, wear resistance and heat resistant,to ensure a longer service life.
Widely Application: Used for processing steel, copper and aluminum parts, wood, plastic, etc. Carbide inserts are fit for MGEHR / MGIVR grooving cut-off tool holder.
Double-Sided Grooving Inserts – Features precise dimensions: Width (B) 0.118", Radius (R) 0.016", Length (L) 0.827" for accurate and efficient machining.
CVD Coated Universal Grade – Yellow-color coated inserts provide durability and versatility, ideal for grooving and cut-off (parting) operations in turning machines.
Versatile Cutting Performance – Suitable for both continuous and interrupted cutting, from roughing to finishing, ensuring smooth operation on various steel materials.
Optimized for Soft Materials & Precision Work – Sharp cutting edge with low cutting force, perfect for low to medium-speed feed processing, thin-wall parts, pipe fittings, and small components.
Multi-Functional Machining Tool –Feyzor design allows for diverse applications including parting, grooving, turning, facing, and profiling, with a unique chip-breaker for enhanced performance and productivity.
【CVD Coating】This carbide turning inserts have a CVD coated surface to provide excellent finish, wear resistance and heat resistant. The unique groove design can make chip removal smooth, not easy to stick to the holders or workpieces or break up.
【High Performance Materials】The grooving carbide inserts are made from solid carbide for excellent toughness, hardness and sharpness. Ensuring a longer service life.
【Reliable Cutting Performance】The MGMN300-M grooving inserts offer high cutting performance for stable and precise machining, faster cutting speed and low friction coefficient. CNC lathe inserts cutters have different R angles can meet your needs for...
【Widely Application】The grooving cut-off inserts are used for processing steel, cast iron and non-ferrous materials. Carbide inserts are fit for MGEHR / MGIVR grooving cut-off tool.
Last update on 2026-07-18 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Internal Grooving Inserts
Insert Material
The material of the insert significantly impacts its performance and durability. Common options include:
Carbide: Offers excellent hardness and wear resistance, suitable for machining a wide range of materials, including steels, stainless steels, and cast iron.
Ceramic/Cermet: Ideal for high-speed machining of hardened steels and exotic alloys due to their superior heat resistance.
CBN/PCD: Reserved for extremely hard materials and high-volume production, providing exceptional hardness and wear characteristics.
Groove Geometry and Size
Consider the specific dimensions and shape of the groove you need to cut. Key factors include:
Width and Diameter: Ensure the insert's cutting edge matches the required groove width and that the insert holder can access the bore diameter.
Corner Radius: A sharp corner (zero radius) is needed for specific applications, while a radius is required for stress relief or to accommodate O-rings.
Lead Angle: This affects chip formation and surface finish, with different angles suited for various materials and cutting depths.
Coating
Coatings enhance the insert's performance by reducing friction, increasing hardness, and improving thermal stability. Common coatings include TiN (Titanium Nitride), TiCN (Titanium Carbonitride), and AlTiN (Aluminum Titanium Nitride), each offering specific benefits for different machining challenges.
Frequently Asked Questions
What is the difference between a standard and a specialized grooving insert?
Standard grooving inserts are general-purpose tools, while specialized inserts are designed for specific groove types, materials, or applications. Specialized inserts often offer features like specific corner radii, deeper reach, or optimized geometries for demanding tasks.
How do I determine the correct insert width for my application?
The insert width must precisely match the desired groove width. It's crucial to consult the specifications of both the insert and the groove requirement to ensure a perfect fit and avoid machining errors.
Can I use a grooving insert for threading?
While some inserts can perform both grooving and light threading, dedicated threading inserts are generally recommended for optimal results. Using a grooving insert for threading might compromise thread accuracy and finish.
What is the impact of the insert's corner radius?
The corner radius influences the stress concentration at the groove corners. A smaller radius is suitable for applications requiring sharp internal corners, while a larger radius is often used for O-ring grooves to prevent stress risers and seal leakage.
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