Starrett 50624 Radius Gage 1/16 Inch Stainless Steel

Product Description

The STARRETT 50624 is a single-leaf radius gage designed to measure and verify both convex and concave radii at 1/16 inch (0.0625 inches). Constructed from stainless steel with a satin chrome finish, this gage provides accurate radius inspection on machined parts, weld fillets, and formed edges. The leaf profile conforms directly to the workpiece surface, giving machinists and fabricators a fast, visual go/no-go check without additional tooling. At 0.05 pounds, the 50624 is a lightweight, single-purpose gage suited for bench use, in-process inspection, or field verification on metal fabrication and machining operations.

This gage is intended for use in machine shops, fabrication facilities, and maintenance environments where accurate radius verification is required. It is well suited for inspecting turned components, stamped parts, mold features, and structural weldments where fillet or corner radii must conform to a 1/16 inch specification. Metalworking professionals, quality technicians, and tool-and-die workers are the primary users. The satin chrome finish reduces surface glare under shop lighting, aiding readability during close-tolerance inspection work.

Key Features

• Measures both convex and concave radii at 1/16 inch per leaf
• Stainless steel construction resists corrosion and wear in shop environments
• Satin chrome finish minimizes glare for improved visibility during inspection
• Single-leaf design for dedicated, repeatable radius checks
• Lightweight at 0.05 pounds for easy handling and portability

Compatibility

Designed as an OEM-style radius gage leaf for use in standard radius gage sets and as a standalone inspection tool for 1/16 inch radius verification on machined and fabricated parts.

Installation Notes

No installation is required for this gage. Clean the workpiece surface before inspection to ensure full leaf-to-surface contact and accurate readings. Store the leaf flat and protected from impact to prevent distortion of the profile edge. Handle with care to maintain the precision-ground radius profile.