Starrett Master Precision Level for Enhanced High-Speed Machinery - Fool-Proof Adjustment, Seasoned, Machined Castings, 15" Length, 1-5/8" Width - 199Z

The Starrett 199 Master Precision Level provides the ability to ensure a level machine setup, which in turn increases the efficiency of modern, high speed machinery. Master Precision Level, 15" (380mm). Starrett tools are designed to be user-friendly. Whether you're an experienced professional or an amateur when it comes to home improvement, our tools are handy and accessible. Starrett has set the standard for precision, quality, and innovation. Our products are long-lasting and robust with excellent service and performance. Manufacturing long-lasting and easy to use tools that provide consistent and reliable performance since 1880, Starrett tools are made with the highest standard of quality and workmanship, manufacturing more than 5,000 various tools, gages, and instruments, providing fine precision tools for industrial, professional, and consumer markets worldwide.

• Ultimate Precision - Achieve machine setup accuracy with ground and graduated main vial of 10-second accuracy; one division equals 1/2 thousandth (0.0005) of an inch per foot, or 0.04mm per meter.
• Durable Construction - All level bases are made from the finest quality seasoned cast iron and are precision-machined on the reference surface.
• Enhanced Protection - Includes a finished wooden case to protect the level during transport and storage, reducing the risk of damage to vials. Main vials have seven graduations on each side of the bubble.
• Fool-Proof Adjustments - Auxiliary level vial shows lateral position and assists in horizontal setting. Level vials are positioned so breakage is reduced to a minimum. At-a-glance reading of the exact variation of machinery levelness.
• Versatile Use - Specially designed to set up, check and test machinery of all types. Fool-proof adjustment with seasoned, machined castings, scraped reference surface and the special alloy iron is used to obtain freedom from thermal effects.