Face Milling Inserts Manufacturer & Precision CNC Cutting Tool Supplier
Face milling inserts provide replaceable cutting edges for machining flat metal surfaces. Our precision CNC cutting tool manufacturing capabilities include CNC grinding, dimensional inspection, OEM/ODM customization, and application support for industrial customers worldwide. The ODKT range covers light, general, and heavy cutting, aluminum alloy machining, and surface finishing. Product selection is based on insert geometry, workpiece material, cutter compatibility, and specified machining conditions.
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Eight-Edge Positive-Rake ODKT Milling InsertsEight-Edge Positive-Rake ODKT Milling Inserts are indexable carbide inserts for face milling and selected finishing and semi-finishing operations. The positive cutting geometry supports efficient... -
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WB Grade Wiper-Edge ODKT Milling InsertsWB Grade Wiper-Edge Milling Inserts are indexable carbide inserts for face milling operations where surface finish is a key requirement. The extended wiper edge helps reduce visible feed marks... -
![AL Grade ODKT Milling Inserts For Aluminum Alloys]()
AL Grade ODKT Milling Inserts For Aluminum AlloysAL Grade ODKT Milling Inserts are indexable carbide inserts for face milling aluminum alloys. The aluminum-focused cutting geometry features a sharp edge and a polished cutting surface to support... -
![GH Grade ODKT Milling Inserts For Heavy Cutting]()
GH Grade ODKT Milling Inserts For Heavy CuttingGH Grade ODKT Milling Inserts are indexable carbide inserts for heavy face milling and rough machining. The GH geometry combines a reinforced cutting edge with a wide chip pocket to support... -
![GM Grade ODKT Milling Inserts For General Cutting]()
GM Grade ODKT Milling Inserts For General CuttingGM Grade ODKT Milling Inserts are positive-rake indexable carbide inserts for general face milling. The GM geometry supports cutting under general machining conditions, while the eight-edge design... -
![GL Grade ODKT Milling Inserts For Light Cutting]()
GL Grade ODKT Milling Inserts For Light CuttingGL Grade ODKT Milling Inserts are indexable carbide inserts for light face milling and controlled material removal. The positive cutting geometry supports reduced cutting resistance under suitable...
Why Choose Us
Manufacturing Expertise
Advanced CNC tool grinding and clearly defined manufacturing specifications support the production of face milling inserts designed with application-specific geometries and tight dimensional tolerances.
Specification-Based Quality Control
Product models, grade designations, key dimensions, and agreed order requirements undergo systematic review to maintain consistent product identification and high purchasing accuracy.
Flexible Customization Support
Drawing-based technical evaluation accommodates specialized customization requirements involving insert geometry, specific dimensions, edge preparation, and unique product coding.
Responsive Order Coordination
From initial model confirmation to protective packaging and export logistics arrangements, order requirements are systematically managed to align product configuration, quantities, and delivery schedules.
GL Grade ODKT Milling Inserts for Light Cutting
Designed for light milling applications where controlled cutting loads and smooth engagement are required. Selection depends on the specific workpiece material, feed rate, and machine tool rigidity.
GM Grade ODKT Milling Inserts for General Cutting
Engineered for general-purpose face milling tasks across various standard metallic materials and moderate cutting conditions. Verify the insert grade and geometry against target machining requirements.
GH Grade ODKT Milling Inserts for Heavy Cutting
Suited for heavy-duty milling environments where high cutting-edge strength and stable engagement under elevated loads are essential. Confirm structural suitability against the workpiece material and cutting forces.
AL Grade ODKT Milling Inserts for Aluminum Alloys
Features specialized sharp cutting geometries designed to support aluminum alloy machining, where smooth chip evacuation and cutting-edge condition directly influence the resulting surface finish.
Key Features
Positive-Rake Cutting Geometry
Positive-rake configurations support efficient chip formation under verified operating conditions, where the appropriate configuration matches material properties, cutting loads, and machine stability.
Eight Usable Cutting Edges
Standardized multi-edge indexable designs allow cutting edges to be rotated and indexed in sequence, reducing tooling downtime. Verify the usable-edge configuration for the selected insert model before deployment.
Application-Specific Edge Design
Distinctive edge preparations address light cutting, general milling, heavy machining, aluminum processing, and surface finishing, helping establish appropriate cutting parameters for specific operations.
Applications
Steel and Cast Iron Machining
Select appropriate insert grades for face milling steel or cast iron components by evaluating material hardness, cutting engagement depth, and required surface finish criteria.
Aluminum Alloy Machining
Dedicated grades support aluminum alloy applications where sharp cutting edges and effective chip evacuation prevent material buildup on the insert face.
Surface Finishing Operations
Wiper-edge configurations support final finishing processes designed to achieve controlled surface texture quality, depending on feed rate, cutter runout, and machine rigidity.
Technical Specifications
|
Parameter |
Reference Value |
|
Insert model |
ODKT060508-GM |
|
Insert grade |
AG4225 |
|
Workpiece material |
Alloy Steel / Carbon Steel |
|
Cutting speed (Vc) |
180 - 240 m/min |
|
Feed per tooth (fz) |
0.15 - 0.25 mm/tooth |
|
Axial cutting depth (ap) |
0.5 - 2.0 mm |
|
Cooling method |
Dry or wet machining |
Workpiece Material and Grade Selection
01
Match the Grade to the Cutting Load
GL, GM, and GH insert series address distinct cutting demands. Consider material hardness, engagement depth, and feed rate objectives when selecting an insert grade.
02
Confirm Material Compatibility
Specialized grades are designated for specific material categories. For steel, cast iron, or non-ferrous metals, verify the recommended application range of the individual grade before operation.
03
Check Cutter Body Compatibility
Provide the existing insert designation and cutter-body model for seating-geometry verification, as similar outer insert shapes alone do not ensure mechanical compatibility.
Quality Control and Inspection
Dimensional Verification
Key physical dimensions and geometric features are checked against applicable engineering product specifications using calibrated measuring instruments.
Cutting-Edge Inspection
Visual and optical inspections verify edge uniformity and identify any surface irregularities according to established factory inspection procedures.
Order Specification Review
Model numbers, grade designations, ordered quantities, and technical requirements are verified prior to dispatch, with inspection documentation available upon request.
Customization and OEM/ODM
Drawing-Based Evaluation
Submit technical drawings or physical samples for professional review of insert dimensions, geometry, and specialized manufacturing requirements.
Geometry and Grade Requirements
Custom modifications involving edge preparation, rake geometry, or grade selection can be assessed against the intended workpiece material and operational parameters.
Product Identification and Packaging
Private-label laser marking, product coding, and customized packaging arrangements can be reviewed as integral components of the order specification.
Insert Selection Assistance
Provide workpiece material details, existing insert designations, cutter-body models, and machining operations to receive structured product evaluation.
Application Review
Grade selection and cutting parameters can be assessed against machine rigidity, cutting engagement depth, and surface finish requirements.
Sample Evaluation
Sample availability and evaluation procedures can be confirmed for industrial applications requiring physical compatibility verification before volume procurement.
Packaging and Shipping
Protective Packaging Materials
Inserts are secured in durable protective packaging designed to prevent edge chipping and damage during handling, storage, and international transit.
Order Identification Verification
Product models, quantities, and agreed labeling details are cross-referenced against order documentation prior to dispatch.
Export Coordination
Delivery schedules, shipping methods, and export documentation requirements are confirmed in accordance with the destination and order specifications.
Product Catalog and Technical Resources
1
Request comprehensive model lists, dimensional engineering drawings, and grade documentation to verify the required insert configuration.
2
Detailed product data sheets support engineering review, purchasing approval, and incoming inspection planning for industrial facilities.
3
Include existing insert designations or cutter-body specifications when requesting replacement recommendations or compatibility assessments.
Frequently Asked Questions
Get a Product Quote
Submit your required insert model, grade specifications, order quantity, and workpiece material details for technical review. For replacement tooling or custom applications, include the cutter-body model or drawing reference where available so that product configuration, pricing, and delivery arrangements can be accurately confirmed against your operational requirements.
With abundant experience, we are one of the most reliable face milling inserts manufacturers and suppliers in China. We warmly welcome you to buy durable face milling inserts at competitive price from our factory. If you have any enquiry about cooperation, please feel free to email us.
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