AXIMET PRODUCT DETAIL
90 Degree Carbide Burr for Industrial Metalworking
Specify 90 degree carbide burr by application, cut, dimensions, shank and packaging so every sample and repeat order follows the same approved reference.
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Product Overview
90 Degree Carbide Burr for 90-Degree Chamfers, Countersinks And Edge Breaking
The 90 degree carbide burr uses 90-degree countersink profile for 90-degree chamfers, countersinks and edge breaking. This page supports model-level procurement: buyers specify the workpiece, operation, cut, head diameter, cut length, overall length, shank and packaging before quotation. The shape defines access and contact geometry, but it does not by itself define material suitability, RPM or finish. Do not treat 60-degree and 90-degree tools as interchangeable. Final availability is confirmed against the requested size and cut matrix.
Supplier catalogs may describe related products as SK Carbide Burr. These terms should be mapped to the actual geometry, cut, shank and application rather than treated as automatic equivalents.
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Geometry and Working Access
| Selection Field | Buying Direction | Approval Check |
|---|---|---|
| Profile | 90-degree countersink profile | Confirm shape code and drawing |
| Primary work | 90-degree chamfers, countersinks and edge breaking | Check access and contact area |
| Cut | Single, double or application-specific | Match material and finish |
| Shank | Metric or inch as quoted | Match the collet exactly |
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Specification Requirements
| Specification | What the Buyer Provides | RFQ Status |
|---|---|---|
| Product reference | Shape code or approved set code | Required |
| Head diameter | State required dimension | Required |
| Cut length | State required working length | Required |
| Overall length | State access requirement | Required |
| Shank diameter | Match target collet | Required |
| Cut type | Match material and result | Required |
| Quantity and pack | Per model or per set | Required |
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Product Features
| Defined Working Geometry 90-degree countersink profile supports a specific access and contact pattern. |
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| Cut Options by Application Select cutting action according to material, chip behavior and surface requirement. |
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| Exact Shank Matching Keep metric and inch shanks tied to their compatible collet systems. |
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| Model-Level Quotation Quote dimensions, cut and packaging under one traceable product reference. |
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| Sample-to-Order Control Use the approved sample and specification for later incoming inspection. |
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| Private-Label Ready Add item codes, labels, barcodes, cases and carton marks to the RFQ. |
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Applications
Fabrication
Use the profile for 90-degree chamfers, countersinks and edge breaking when the workpiece, cut and access are suitable.
Casting Cleanup
Match the head contact area to flash, parting lines, radii and localized surface correction.
Toolroom and Repair
Use a model-level reference where restricted access or dimensional control makes substitution risky.
Industrial Distribution
Position the shape by task and material, then offer related cuts and shanks as clearly separated variants.
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Cut, Material and Drive Selection
The product name identifies the format, not the complete operating recommendation. Buyers should confirm all three layers before testing or resale.
- Cut: choose chip formation and finish behavior for the material.
- Material: state exact grade and hardness for demanding alloys.
- Drive: match the shank exactly to the collet and approved speed range.
- Method: use controlled pressure, stable contact and acceptable runout.
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Quality and Repeat-Order Control
- Verify profile and specified dimensions.
- Inspect cut pattern and visible tooth condition.
- Check shank diameter, straightness and overall condition.
- Check concentricity and head-to-shank alignment.
- Confirm marking, quantity, case position and packaging.
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OEM and Private-Label Packaging
Include product marking, item code, barcode, label language, individual pack or set case, insert layout and carton marks in the RFQ. The commercial quotation should confirm the exact packaging format, applicable minimum quantity and production timing for the approved model.
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Information Required for a Quote
- Workpiece material and intended task.
- Required shape or included-model list.
- Head diameter, cut length and overall length.
- Shank diameter and target collet or drive.
- Cut type and finish requirement.
- Quantity per model or number of sets.
- Logo, label, barcode, case and carton requirements.
FAQ
90 Degree Carbide Burr Questions
01What details are required to order 90 degree carbide burr?
Provide the workpiece material, operation, required head dimensions, shank diameter, cut type, quantity and packaging. For 90 degree carbide burr, include any access or contour constraint that affects the head profile. An approved model code should appear on the quotation and repeat orders.
02Can buyers request different cut types for 90 degree carbide burr?
Cut options depend on the actual model and application. Buyers should identify whether they need aggressive stock removal, controlled general-purpose cutting, improved chip clearance on soft non-ferrous metals or a finer finish. The supplier should confirm the available cut against the requested shape and dimensions before it is published.
03How should a sample of 90 degree carbide burr be evaluated?
Test the sample on the intended workpiece using the correct collet and an approved operating range. Record access, cutting control, chip formation, surface result, vibration and visible tooth condition. Compare like-for-like head sizes and cut types so the result reflects product performance rather than a different geometry.
04Can 90 degree carbide burr use private-label packaging?
Private-label requirements can be included in the RFQ, including logo, item code, barcode, label language, individual pack, set case and carton marks. The final packaging format, minimum quantity and lead time should be confirmed in the commercial quotation for the exact model range.
05What is an SK 90° carbide burr used for?
90 Degree Carbide Burr refers to a carbide rotary cutting tool or product group selected for 90-degree chamfers, countersinks and edge breaking. The defining feature is 90-degree countersink profile. Buyers should still confirm the cut pattern, head dimensions, shank, workpiece material and operating conditions because the page name alone is not a complete purchasing specification.
06When should buyers choose 90° instead of 60°?
The practical difference is the way each option contacts and removes material. For 90 degree carbide burr, compare chip formation, cutting control, accessible geometry and required finish under the same workpiece and head size. Choose the alternative that fits the actual operation; do not treat 60-degree and 90-degree tools as interchangeable.
07Can an SK burr refine a 90° countersink or chamfer?
For 90 degree carbide burr, the correct answer depends on 90-degree chamfers, countersinks and edge breaking, the workpiece material, head dimensions, cut, shank and drive. Use the product drawing or approved model matrix for the final decision, and keep this limit in the specification: do not treat 60-degree and 90-degree tools as interchangeable.
08How is it different from a reversible countersink?
The practical difference is the way each option contacts and removes material. For 90 degree carbide burr, compare chip formation, cutting control, accessible geometry and required finish under the same workpiece and head size. Choose the alternative that fits the actual operation; do not treat 60-degree and 90-degree tools as interchangeable.
09Which materials and cut types are available for SK 90° burrs?
Material suitability depends on the cut, carbide construction, head size and approved operating range. Common steels, stainless steel, cast iron and selected non-ferrous alloys may require different geometries. Provide the exact material grade and hardness for hardened steels, nickel alloys, titanium or other demanding workpieces before the supplier confirms a model.
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MODEL SELECTION · OEM · PACKAGING
Request a Model-Level Quote for 90 Degree Carbide Burr
Send the material, task, required dimensions, cut, shank, quantity and packaging requirement. Each quotation is tied to the approved product reference.