UCT Carbide Burr SA1 1/4 Inch (Solid Tungsten Cylindrical Double Cut 1/4 Shank 5/8 Length Cut 30000 RPM Steel Metal Grinding Porting)

UCT Gem Carbide SA-1 1/4-Inch Double Cut Cylindrical Carbide Burr

The UCT Gem Carbide SA-1 1/4-Inch Double Cut Cylindrical Solid Carbide Burr is an industrial rotary grinding tool engineered for metal removal, weld cleanup, and cylinder head porting across steel, cast iron, and non-ferrous metals. Manufactured from solid tungsten carbide with a maximum rating of 30,000 RPM, this 1/4-inch shank bit features a cross-cut tooth geometry that breaks material into small chips to minimize chatter. Designed with a 1/4-inch head diameter and a 5/8-inch length of cut, this rotary burr solves surface finishing and corner contouring challenges in high-speed die grinder applications.

Best Used For:

• Weld Seam Smoothing & Deburring: Grinding down heavy weld beads and removing sharp flash edges on steel fabrications.
• Engine Head & Intake Porting: Shaping internal air intake passages and smoothing cast iron cylinder heads with precise control.
• Flat Surface & Corner Contouring: Milling flat metal surfaces and squaring interior corners using a cylindrical tooth configuration.

Key Performance & Safety Features

• Double-Cut Cross Tooth Design: Produces granular metal chips for smoother operation and reduced operator hand fatigue under heavy feed pressure.
• Solid Tungsten Carbide Build: One-piece solid carbide construction delivers high heat tolerance and superior edge retention under continuous rotation.
• Cylindrical SA-1 Head Geometry: Provides consistent cutting contact along flat surfaces and sharp 90-degree internal corners.
• Universal 1/4-Inch Steel Shank: Fits standard 1/4-inch pneumatic collets, electric die grinders, and high-speed rotary tools.
• High-RPM Operational Tolerance: Operates safely and efficiently up to 30,000 RPM for rapid material removal rates.

What's Included

• (1) SA1 1/4 in. Double Cut Cylindrical Solid Carbide Burr

Technical Specifications

Pro-Tip: Allow the high-speed RPM of your die grinder to do the cutting work; applying excessive hand force can cause thermal stress or premature chipping on the carbide cross-cut teeth.