SB-5M Carbide Cylinder with Endcut Rotary Burr - B12.725 Aluminum Cut for Soft Metals

The SB-5M carbide rotary burr features an aluminum‑specific tooth profile (aluminum cut) and a cylinder‑with‑end‑cut shape, equipped with a standard 6mm shank. The end‑cut design facilitates work on right‑angle edges and flat surfaces, while the cylindrical structure provides stable performance on common planes and side faces, making it suitable for finishing, deburring, and surface smoothing of soft metals such as aluminum and copper.

The aluminum‑cut tooth profile effectively reduces material adhesion, improves machining smoothness and surface quality, and minimizes chip buildup often encountered with soft metals. Made from wear‑resistant carbide, the tool maintains reliable cutting stability and a long service life during continuous use.

Compatible with standard electric and pneumatic tools, it is easy to operate and maintain. Widely used in aluminum component machining, mold edge finishing, weld seam cleaning, and routine maintenance, this is a practical rotary burr designed for the characteristics of soft metal processing.

Caburtech offers a wide selection of carbide burr shapes in Single and Double Cut styles, including Cylinder, Round nose cylinder, Ball, Oval, Tree, Flame, Cone, Countersink and Inverted Cone. Each shape is designed for grinding, deburring, chamfering, and finishing on steels under 60 HRC, stainless steels, cast iron and etc.

FAQ

1.How to Use:

This product belongs to the commonly used alloy consumables, and is designed to be used with high-speed electric grinders or pneumatic tools.

2.OEM:

We offer OEM services to cater to specific customer requirements.

3.MOQ:

The usual minimum order quantity is 100 pcs per model.

However, this can be adjusted based on your specific requirements. Please consult your sales representative for further details.

4.Lead Time:

The lead time for regular orders is approximately one month, excluding samples.

5.Port:

Shanghai/ Guangzhou/ Shenzhen/ Ningbo/ Yiwu/ Chengdu.