Starrett Dial Caliper with Adjustable Bezel and Fitted Case – White Face, 0-6″ Range, -0.001″ Accuracy, .001″ Graduation – 3202-6

The Starrett 3202 Collection Dial Calipers present fast, correct measurements of O.D., I.D., and depth. It has sharp, black clear dial graduations on a satin completed bar, lock screws for sliding jaw and dial bezel, adjustable bezel, thumb-operated nice adjustment roll, hardened chrome steel bar, measuring surfaces, rack, gears, and depth rod, knife-edge contacts, optimistic and spring-loaded double pinion anti-backlash management. The dial caliper is probably the most versatile precision hand instrument in the marketplace and has been the primary selection of metalworking professionals for many years. This sequence encompasses a 0-6″ vary and .001″ graduations, in fitted case.
Is Discontinued By Producer ‏ : ‎ No
Product Dimensions ‏ : ‎ 10.2 x 3.8 x 1.4 inches; 1 Kilos
Merchandise mannequin quantity ‏ : ‎ 3202-6
Division ‏ : ‎ mens
Date First Out there ‏ : ‎ March 17, 2013
Producer ‏ : ‎ Starrett
ASIN ‏ : ‎ B00SJADL3G
Obtain Superior Accuracy – Designed with excessive precision, this caliper gives dependable measurements as much as 0.001″ accuracy, making it important for machinists, metalworkers, and engineers dealing with intricate tasks.
Engineered for Sturdiness – Manufactured from hardened chrome steel, this caliper withstands frequent use and gives long-term resistance in opposition to put on, rust, and deformation in demanding work environments.
Versatile Measuring Capabilities – Permits for seamless measurement of outdoor dimensions, inside dimensions, depth, and step, guaranteeing it’s versatile for duties equivalent to machining and woodworking.
Enhanced Consumer Expertise – Geared up with a transparent, sharp dial face, thumb-operated nice adjustment, and ergonomic design, this instrument ensures exact and cozy dealing with even throughout prolonged use.
Steady and Safe Operation – Options locking screws for the sliding jaw and dial bezel, offering stability and stopping unintended motion throughout essential measurement duties for constant, repeatable outcomes.