Mitutoyo 182-162 Steel Rule 24 Inch 16R Rigid

Product Description

The MITUTOYO 182-162 is a rigid stainless steel rule designed for precise linear measurement in shop, field, and bench applications. Measuring 24 inches in overall length and 1-3/16 inches wide, this rule features a satin chrome-plated finish that reduces glare under work lighting for easier reading. The 16R graduation style provides four scales on a single rule: 1/32, 1/64, 1/50, and 1/100 inch. At 0.05 inches thick, the blade holds its shape without flexing. Machinists, tool and die workers, and fabricators rely on rules like this for layout, part inspection, and setup tasks requiring consistent inch-based measurement.

The 182-162 is suited for general-purpose linear measurement in machine shops, fabrication facilities, and maintenance environments. The horizontal scale orientation makes it straightforward to align against a workpiece edge or reference surface. The rule carries no hook, making it a clean-edge reference tool. It is appropriate for both precision layout work and routine dimensional checks across a wide range of metalworking, woodworking, and mechanical service applications.

Key Features

• Four graduation scales on one rule: 1/32, 1/64, 1/50, and 1/100 inch
• Rigid stainless steel construction resists flex and corrosion
• Satin chrome-plated finish minimizes glare for improved readability
• 24-inch overall length with 1-3/16-inch blade width
• 0.05-inch blade thickness provides a stable, flat reference edge
• No hook and no magnetic properties for clean, unobstructed measurement setups

Compatibility

Designed as a standard rigid steel rule for general-purpose inch-based measurement and layout tasks across machining, fabrication, and maintenance trades.

Installation Notes

Steel rules require no installation but should be stored flat or hung vertically to prevent warping. Keep the blade clean and free of burrs along the edges to maintain accurate edge-to-scale readings. Avoid using the rule as a pry or scraping tool, as edge damage will compromise measurement accuracy.