Measuring Tool Set, Four Piece, Dasqua

Dasqua four piece measuring tool set. These four tools are cover a wide range of measurements and can form the foundation of any toolkit. The set includes a big screen digital caliper, an outside micrometer, a 90 degree beveled edge square and a 6" steel rule. DIGITAL CALIPER Dasqua 0-150mm/0-6" Digital Caliper Inch, metric & fractional measurement options. You can make absolute or relative inside, outside, depth, and step measurements. • Resolution is 0.01mm/0.0005". • Parallelism to 0.015", 20% better than normal. • Meets Din 862 standards. Special glass etching for superior accuracy. Surfaces of beam are ground to ensure smooth movement throughout. The caliper comes with two CR2032 3V batteries. OUTSIDE MICROMETER Dasqua 0-1" 0.0001" Outside Micrometer. This 0-1" micrometer features carbide faces and clear 0.0001" graduations on a satin-chrome finish. The micrometer has a ratchet stop for exact repetitive readings and a lock lever to lock the barrel. • Graduation: 0.0001" • Accuracy is 0.004". • Strictly made in accordance with DIN 863. The frame is forged steel. Spindle thread is hardened, ground and lapped for ultimate accuracy. Carbide measuring surfaces are ground for longer service life. The micrometer comes in a fitted case. EDGE SQUARE 90 degree edge square made in strict accordance with DIN875/1 standards. Beveled edges can be used for inside and outside measurements. Made of hardened stainless steel. Measuring surfaces are precision ground and lapped. The square is 6"x4" and has a base for checking flatness. The angle tolerance of the square is 0.007. STEEL RULE Six inch steel rule that contains a high level of flexibility. Both sides are identical with one edge flat. The top of the rule has a scale of 15cm. The first 10cm have finer gradations in millimeters. The bottom scale of the rule is in inches (0-6"). The first three inches have gradations of 32nds, the 4th inch has gradations of 64ths, and the final two inches has gradations of 16ths. This breaking the finer gradations to sections of the rule allow for precise readings without cluttering the entire read surface with distracting marks.