Dial Snap Gage, Measuring Range (in.) 2 To 3, Enamel Finish, Designed For Quick Go/ng Judgment Of Dia Of Cylinders And Shafts In Machining Processes, Works With Recommended Indicator 2803sb-10, Anvil Retracting Stroke: 0.078 In/2mm, Anvil Positioning Range: 1 In/25mm, Wide (0.53x0.47 In/13.5x12mm), Chamfered, Flat Carbide Anvils

The Mitutoyo 160-153 vernier caliper performs precise measurements to within 20 mm/0.5", for applications requiring high levels of accuracy, especially in scientific research and in industries where parts must fit exactly. This caliper takes inside and outside readings. The vernier caliper has a fixed (main) scale and a movable (vernier) scale. The vernier scale moves over the main scale rule to give a fractional measurement which is added to the measurement of the main scale to achieve a more accurate result. The main scale may be marked in inches, millimeters, or both. The vernier scale may be marked in inches or millimeters. The 160-153 has a dual vernier scale, with both inch and metric measurements, on the upper and lower edges, respectively. The dual scale enables this caliper to... Less

The Mitutoyo 552-153-10 Lightweight Beam Series 552 Digimatic Carbon Fiber caliper is especially adapted for longer inside diameter measurements. Its nib-style ID jaws easily grasp and measure round and spherical objects to the highest possible accuracy. Coolant-proof, the caliper meets IP 66 standards with a dust-tight, waterproof, oilproof, and damage-resistant construction. It is made of carbon fiber reinforced plastic (CFRP) and hardened stainless steel to shield its components and for use anywhere in the workshop. It gives an absolute reading from zero rather than the last at-rest position. It uses Mitutoyo’s ABSOLUTE linear encoder technology, which allows you to “set and forget” the origin and measure time after time and in awkward or difficult locations. This digital caliper... Less

The Mitutoyo 500-153 ABSOLUTE 500 series Digimatic digital caliper uses Mitutoyo’s ABSOLUTE linear encoder technology, allowing users to “set and forget” the origin. By giving an absolute reading from zero rather than the last at-rest position, this caliper facilities measurements in awkward or difficult locations. This digital caliper has 0.295-inch/7.5-mm LCD characters and accessible function control buttons, such as Origin to set and retain the original measuring point, On/Off to automatically shut off the caliper after 30 minutes, and Zero/ABS (Absolute Scale) to zero-set the LCD display. It uses the metric measuring system. Although identical to dial and vernier calipers in its ability to make precise measurements, the digital caliper has an LCD which increases reading... Less

Mitutoyo Dial Snap Gage, Range: 2 - 3", Gage Stem Dia.: 3/8", Comment: Without Indicator

The Mitutoyo 526-153 bore gage is small, for measuring extra-small holes, with a split-ball contact design, a measurement range of 3.7 to 7.3 mm, and + or - 4 micrometers of accuracy. The radial displacement of the split-ball mechanism is converted to axial displacement of the measuring rod, which is shown on a dial indicator, Mitutoyo 2046SB (included). The dial indicator is precise to 0.01 mm. The gage stem diameter is 8 mm, and the probe depth is 32 mm. Bore gages measure holes, or bores, in a workpiece. They can measure the interior diameter of a hole at any depth, while internal micrometers can only measure to the depth of their teeth. Bore gages are typically calibrated with a setting ring. Bore gages come in two types, one simple, and the other direct- measuring. Simple bore gages... Less

Mitutoyo 153-207 Micrometer Heads, 0.001" Resolution, 0-1" Range, +/-0.00015" Accuracy On Feb-24-11 at 18:20:39 PST, seller added the following information: toolandequipment Store Powered by eBay Turbo Lister The free listing tool. List your items fast and easy and manage your active items.

0.5mm Spindle pitch. Flat with carbide tip (more than HRA90), lapped surface of Spindle face. Hard-chrome plating scale surface. Stem is plain with venire (0.001mm).

0.5mm Spindle pitch. Flat with carbide tip (more than HRA90), lapped surface of Spindle face. Hard-chrome plating scale surface. Stem is plain. With venire (0.001mm).

Carbide tipped measuring faces Various types of indicators, lvdt's and linear gauges can be selected according to the measurement applications Supplied in fitted plastic case Indicator is optional

The Mitutoyo 192-153 dial height gauge has a measurement range of 0” - 40”, and is precise to 0.001”, with + or - 0.003” of accuracy. This height gauge has dual, resettable counters that additionally measure up and down distance changes, in 0.01” increments. A hand-operated feed wheel raises and lowers the gauge on the parallel beams, for ease of measurement. The scriber, used to mark a position on a workpiece, is 30 mm x 60 mm (H x L), carbide-tipped for hardness and to help prolong life, and is held to the gauge by a screw clamp for fastening ease. The grip-base helps hold the unit in position by hand. The height gauge weighs 37.48 lbs/17.0 kg. Height gauges, also called gages, are precision measuring instruments that travel on a vertical column (also called the beam) to measure... Less

Rotary Laser - LL300. Laserometer/Recei ver - HL450. 3 Meter Grade Rod - GR153. Rod Clamp. Aluminum Tripod - Q104025. (4) D Alkaline Batteries. Case

0.5mm spindle pitch. Flat with carbide tip (more than HRA90), lapped surface of spindle face. White anodized aluminum scale surface. Stem is plain. Bidirectional graduation. Accuracy for wide range/narrow range is +/- 0.00004" / +/- 0.00002".

0.5mm spindle pitch. Flat with carbide tip (more than HRA90), lapped surface of spindle face. Hard-chrome plating scale surface. Stem is plain with venire (0.0001").

0.5mm spindle pitch. Flat with carbide tip (more than HRA90), lapped surface of spindle face. Hard-chrome plating scale surface. Stem is plain.

0-6 /153mm 3-mode display with decimal inch fraction inch and metric readings. Heavy-duty metal housing convenient on/ off feature and rugged Stainless Steel construction. Reads in actual fractions as well as decimals.