AL 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 clean cutting action and efficient chip evacuation. Applications include aluminum plates, blocks, housings and structural components. Correct selection depends on the workpiece alloy, insert dimensions, cutter compatibility and required surface finish.
Key Advantages
Sharp Cutting Edge
The sharp cutting edge supports clean material separation during aluminum milling. Suitable edge geometry helps control material adhesion and maintain consistent cutting conditions.
Polished Cutting Surface
The polished rake face promotes chip flow across the cutting edge, supporting smooth machining and consistent surface quality under suitable operating conditions.
Aluminum-Focused Geometry
The cutting geometry addresses the machining requirements of aluminum alloys. Matching the insert to the workpiece and operation helps establish appropriate cutting conditions.
Repeatable Tooling Selection
A clearly identified insert specification supports consistent replacement, inventory planning and repeat production across the same machining application.
Applications
Aluminum Plate Milling
Suitable for face milling aluminum plates and blocks where flat surfaces and controlled stock removal are required.
Housing and Structural Components
Applicable to machining aluminum housings, frames and structural parts, subject to cutter compatibility and the required surface finish.
Precision Component Machining
Suitable for facing aluminum components that require controlled material removal and repeatable dimensional results.
Production Milling
Appropriate for recurring machining operations where consistent insert identification and defined cutting parameters support production planning.
Technical Specifications
|
Parameter |
Specification |
|
Product Type |
Indexable Face Milling Insert |
|
Insert Designation |
ODKT060508-AL |
|
Insert Geometry |
ODKT |
|
Application Geometry |
AL |
|
Insert Length (L) |
6.5 mm |
|
Inscribed Circle (D) |
15.875 mm |
|
Insert Thickness (S) |
5.56 mm |
|
Hole Diameter (d1) |
5.56 mm |
|
Corner Radius (R) |
0.8 mm |
|
Workpiece Material |
Aluminum Alloys |
|
Cutting Surface |
Polished |
Material Compatibility
Aluminum Alloy Identification
Identify the alloy designation and material condition before selecting the insert. Alloy composition, hardness and silicon content influence chip formation and surface finish.
Machining Requirements
Specify whether the operation involves general face milling, stock removal or finishing. Stock allowance and surface requirements help determine the appropriate cutting conditions.
Application Matching
Match the insert geometry to the workpiece material and intended operation. Confirm grade suitability before establishing production settings.
Tool Compatibility
Dimensional Matching
Check the insert designation, inscribed circle, thickness, hole diameter and corner radius against the cutter specifications.
Seating and Clamping
Verify the insert pocket, locating surfaces and fixing interface. Correct seating supports consistent insert positioning and cutting geometry.
Cutter Verification
Provide the cutter model or dimensional drawing when checking compatibility. Confirm the complete interface rather than relying on the insert designation alone.
Machining Parameters
Cutting Speed
Determine cutting speed from the carbide grade, aluminum alloy, cutter diameter and machine capability. Use confirmed grade-specific recommendations as the starting point.
Feed per Tooth
Set feed per tooth according to the insert geometry, cutter engagement and target surface finish. Validate the setting under representative machining conditions.
Axial Depth of Cut
Select the cutting depth according to the insert specification, cutter limits and available stock allowance.
Chip Evacuation
Choose the appropriate cooling or air-assistance method for the operation. Effective chip removal helps maintain surface quality and stable machining conditions.
Customization Options
Dimensional Requirements
Submit a technical drawing with target dimensions and tolerances for customization assessment.
Cutting Geometry
Specify requirements for rake angle, corner radius and edge preparation. Each configuration is subject to technical feasibility and application requirements.
Grade and Surface Requirements
Identify the required carbide grade and cutting-surface condition. Confirm available configurations against the intended aluminum alloy and machining process.
Order Specifications
Provide the drawing, required quantity and application details. Confirm the final specification, minimum order quantity and lead time before order placement.
Quality and Order Information
Specification Confirmation
Confirm the part number, dimensions and grade designation against the approved product drawing before production.
Dimensional Inspection
Define critical dimensions and inspection requirements during order confirmation. Agree on the applicable inspection records and documentation.
Batch Identification
Specify packaging quantity, product identification and traceability requirements to support inventory management and repeat ordering.
Delivery Planning
Confirm order quantity, packaging, production lead time and shipping arrangements in the quotation and order confirmation.
Frequently Asked Questions
Q: Which materials are suitable for AL Grade ODKT Inserts?
A: These inserts are intended for aluminum alloy face milling. Final suitability depends on the alloy composition, insert geometry and machining conditions.
Q: How can I confirm the correct insert size?
A: Provide the complete insert designation, dimensional drawing or cutter details. Verify the critical dimensions and clamping interface before ordering.
Q: Can the insert dimensions or cutting geometry be customized?
A: Customization requirements can be assessed using technical drawings, target dimensions and application details. Final specifications and order conditions require confirmation.
Q: How should cutting parameters be selected?
A: Use recommendations for the confirmed carbide grade and workpiece alloy. Validate cutting speed, feed per tooth and depth of cut on the intended machining setup.
Q: What information is required for a quotation?
A: Provide the insert designation, required quantity, aluminum alloy, cutter compatibility details and any drawing or customization requirements. Include packaging and documentation needs where applicable.
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