Starrett Steel Automatic Center Punch with Adjustable Stroke - 5-1/4" Length, 11/16" Punch Diameter, Lightweight, Knurled Steel Handle - 18C

The Starrett Automatic Center Punch with Adjustable Stroke features a lightweight, knurled steel handle for a positive grip and easy handling. 130mm (5 1/4") Length, 17mm (11/16") Diameter, Heavy Duty. Starrett punches are of the highest quality on earth. As simply as they are, punches are designed for specific applications. The drives are heat treated and seasoned to absorb repetitive shock. Punches are available in a variety of types like drive pin, center, nail set, and others. Starrett tools are essential for the many products that are measured, cut, formed or assembled. They are used in a broad range of manufacturing facilities as an essential part of metalworking, the manufacturing of durable goods, for working with exotic materials and in a wide variety of traditional and newer industries such as electronics, aerospace, energy and many others. The L.S. Starrett Company, founded in 1880, manufactures more than 5,000 variations of Precision Tools, Gages, Measuring Instruments and Saw Blades for industrial, professional and consumer markets worldwide.

• Heavy Duty - The Automatic Center Punch is made from steel that resists corrosion. The 18C model is capable of striking a much heavier blow that other sizes.
• Automatic Mechanism - The Starrett Center Punch has an internal mechanism that automatically strikes a blow when downward pressure is applied, making it easy to use in any workshop application.
• Adjustable Force - The force of the blow can be adjusted when used for different materials by turning the knurled cap. With this setting, it can create a perfect mark on any surface.
• Precision Marking - The spring tension which regulates the blow provides a constant point with each strike, ensuring uniformity in depth and size for each setting. This makes it the perfect tool for precision marking.
• Wide Range of Application - This tool can help you make a small indentation to accurately spot the location of a hole in metals, plastics, wood, and other machinable materials.