April 21, 2017

505-746 Dial (Mitutoyo) has great ratings




Nov 17th 2017
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Warranty: standard manufacturer’s warranty
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Recent reviews of Mitutoyo 505-746 Dial Caliper, 0.1" per Rev, 0-12" Range, 0.001" Accuracy:



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Anytime Tools 0-1" Travel DIGITAL ELECTRONIC INDICATOR GAUGE GAGE INCH/METRIC Simulated Programmable w/ Absolute and Tolerance

Professional Grade Precision Tool Our 505-746 digital display offer easy reading, super precision, with both Inch and Metric Measurements. Features: Extra big Digits Display Analog bar display with adjustable range and tolerance indicators Fast visual indication if out of pre-set tolerance or not Fast to read Max. /Min. Measurement Stem diameter 3/8″ Zero-Set for comparison measurements (Floating zero) Inch/Metric Conversion Range: 0 – 1″ / 0 – 25mm Accuracy: +/- 0. 0005″ Repeatability: 0. 0005″ Resolution: 0. 0005″ / 0. 01mm Super big LCD screen optional LUG BACK plate included information included.


Hanchen Instrument® 7001-A CO2 Tester for Beverage and Beer

The product typically takes 7 – 13 business days to arrive to your hand after your order is confirmed Production Description 7001-A beerCO2tester ued for measuring the carbon dioxide content of soda drinks, beer. Accord to the standard “GB / T 10792-2008 soda beverages (soda),” The carbon dioxide tester can measure the total pressure of soda drinks, with the temperature measurement, and the Carbon dioxide absorption coefficient table may be acquired by calculating the carbon dioxide content, suited for measuring all sizes of bottled and canned samples Technical Data CO2 measuring range:0-4. 00v/v (0. 8w/w) Pressure measuring range:0. 4/0. 6 Mpa Resolution:0. 01Mpa Temperature measuring range: 0-50℃ Resolution:0. 1℃ Height of bottle:50330mm Dia of bottle:≤102mm Application : suited for testing Co2 content of beverage suited for testing Co2 content of beer suited for testing Co2 content of soft drinks suited for testing Co2 content of sparkling wine suited for testing air content of bottled beer (beverage)in bottleneck suited for measuring vacuum degree of bottle or can NOTE: we’ll send the product to you as early as possible If you have any questions, feel free to contact us.


Starrett 120 Series Stainless Steel, Inch, For Depth/Inside/Outside/Step Measurements

The Starrett dial caliper has sharp black graduations every 0. 100″ on the no-glare, satin-finished stainless steel bar, and graduations on the dial every 0. 001″. One full revolution of the dial is equivalent to 0. 100″. These calipers have knife-edge contacts for measuring both inside dimensions (ID) and outside dimensions (OD). The knife-edge contacts may be used to scribe parallel lines on the workpiece. This caliper may be used with one hand through operating the good modification roll with the thumb. The lock screw locks the dial bezel and holds the sliding jaw in position. The depth rod is integrated into the rack of the caliper, unlike many calipers which offer a removable depth rod, or none at all. The hardened stainless steel parts, as well as the bar, measuring surfaces, rack, gears, and depth rod, offer corrosion resistance, increased accuracy, and long life. Positive split gear anti-backlash control offers increased accuracy over standard gear configurations. Backlash is the amount of clearance between mated gear teeth in the caliper controls, which prevents the gear teeth from jamming. It’s undesirable to have much backlash caused by the lack of precision offered by the increased amount of play between gears. Certain gear designs can minimize or eliminate backlash; split gear systems really split the gear into two gears, each half as thick as the original gear. One of these gears is then fixed to the shaft while the other gear is allowed to turn. The free-turning gear is connected to coil springs that rotate it till all of the backlash in the control system was eliminated. The rack teeth point down to keep foreign matter from clogging the gear functionings. This prevents measurement errors where metal chips could get in the way with correct caliper operation. Calipers measure the distance between two opposing sides of an object. They make inside, outside, depth, or step measurements, as indicated by their type. Calipers are usually used in architecture, metalworking, mechanical engineering, and machining. The simplest calipers have two legs to mark the two points and require a ruler to take the measurement. More complex calipers use two sets of jaws instead of legs and have up to two graduated scales. Vernier, dial, and digital calipers give direct and correct readings and are functionally same, having a calibrated scale with a fixed jaw, and another jaw with a movable pointer that slides along the scale. The vernier caliper has a scale sliding parallel to the major scale for an extra, fractional reading to enhance measurement precision. The dial caliper has a round dial with a pointer on a toothed gear rack replacing the second vernier scale. As with the vernier, this second measurement is added to the reading from the major scale to get the result. The digital caliper takes a differential by zeroing the display at any point along the slide, with an LCD that displays a single value in English and/or metric units. The L. S. Starrett Company manufactures precision measuring tools, metrology and testing equipment, and saw blade merchandise. The company was founded in 1880 and is headquartered in Athol, MA.


Brown & Sharpe 599-579-4 Stainless Steel, White Face, 0-6" +/-, Resolution, Meets DIN 86

The Brown & Sharpe Dial-Cal dial caliper has a 1. 25″ diameter rotating dial with a lock, is made of stainless steel, and measures in inches. The covered rack helps prevent measurement error by defending the gear from foreign matter. Linear accuracy meets Deutsches Institut für Normung (DIN) 862 standards. These calipers are for use in measuring inside dimensions (ID), outside dimensions (OD), depth and step.


Brown & Sharpe 75 Series Stainless Steel, Inch, Standard Jaw, For Depth, Inside, Outside, Step Measurements

The Brown & Sharpe TESA Etalon dial caliper has an accuracy of 0. 001″, a 1. 25″ diameter rotating dial with a lock, is made of stainless steel, and measures in inches. The covered rack helps prevent measurement error by defending the gear from foreign matter. Linear accuracy meets Deutsches Institut für Normung (DIN) 862 standards. These calipers are for use in measuring inside dimensions (ID), outside dimensions (OD), depth, and step. The caliper measures 0. 100″ per revolution of the dial. The lock screw locks the dial and holds the sliding jaw in position. Adjustable zero set lets the user to set zero at a convenient distance. The depth rod is integrated into the rack of the caliper, unlike many calipers that offer a removable depth rod, or none at all. The hardened stainless steel parts, as well as the bar, measuring surfaces, rack, gears, and depth rod, offer corrosion resistance, increased accuracy, and long life. Spring anti-backlash control offers increased accuracy over standard gear configurations. Backlash is the amount of clearance between mated gear teeth in the caliper controls, which prevents the gear teeth from jamming. It’s undesirable to have much backlash caused by the lack of precision offered by the increased amount of play between gears. Certain gear designs can minimize or eliminate backlash; spring anti-backlash systems use a spring to add a compressive force, thus minimizing backlash. Calipers measure the distance between two opposing sides of an object. They make inside, outside, depth, or step measurements, as indicated by their type. Calipers are usually used in architecture, metalworking, mechanical engineering, and machining. The simplest calipers have two legs to mark the two points and require a ruler to take the measurement. More complex calipers use two sets of jaws instead of legs and have up to two graduated scales. Vernier, dial, and digital calipers give direct and correct readings and are functionally same, having a calibrated scale with a fixed jaw, and another jaw with a movable pointer that slides along the scale. The vernier caliper has a scale sliding parallel to the major scale for an extra, fractional reading to enhance measurement precision. The dial caliper has a round dial with a pointer on a toothed gear rack replacing the second vernier scale. As with the vernier, this second measurement is added to the reading from the major scale to get the result. The digital caliper takes a differential by zeroing the display at any point along the slide, with an LCD that displays a single value in English and/or metric units. Brown & Sharpe manufactures precision measuring equipment and metrology hand tools. The company, founded in 1833, played a key role in setting industrial standards in the United States. Brown & Sharpe was assumed by Hexagon Metrology in 2001 and is headquartered in North Kingstown, RI. What’s in the Box? Brown & Sharpe TESA Etalon dial caliper Inspection report with declaration of conformity Plastic case.


Starrett 3202-12 Hardened Stainless Steel, Graduation, White

The Starrett 3202 Series Dial Calipers supply fast, correct measurements of outside dimensions, inside dimensions and depth. The dial caliper is the most versatile precision hand tool on the market and was the 1st choice of metal working professionals for decades. This series features 0-12″ range and 0. 001″ graduation in fitted case.


Brown & Sharpe TESA 05.30021 4-Piece Measuring Set with Micrometer, Calis, Depth Measuring Base, and Storage Case

The Brown & Sharpe TESA 05. 30021 4-part Measuring Set will include a 0 to 25mm external micrometer, 0 to 150mm dial calipers, and a depth measuring base for making precision measurements. The TESAMaster micrometer has a vernier scale with a resolution of 0. 001mm and a digital counter with a resolution of 0. 1mm, meets DIN (Deutsches Institut für Normung) 863 T1 NF E 11-095, and comes with an inspection report with a declaration of conformity. It has tungsten-carbide-tipped measuring faces and a nut for locking the spindle in place. The TESA CCMA-M dial calipers have a 1. 25″ diameter dial display with a resolution of 0. 02mm and meet DIN 862 (Style 1AR). The calipers are made of hardened stainless steel and have a knurled screw for locking the jaws in place. The depth measuring base is a T-bar style base that attaches to the dial calipers’ blade for measuring holes and recesses. It’s 75mm (3″) long. The set comes with a storage case that has molded put for holding each instrument. Calipers and micrometers are usually used in manufacturing, machining, and mechanical engineering.


505-709 Stainless Steel, White Face, 0-8" +/-0.002", Resolution

The Mitutoyo 505 series dial caliper uses a mix of a vernier scale and a dial whose pointer travels one rotation for each 0. 1″ calculated to do exact outside diameter (OD), inside diameter (ID), depth, and step measurements. The dial caliper has a fixed (major) scale and a movable dial, unlike the vernier caliper which has a second, movable vernier scale. The dial is round and has a pointer; it’s mounted on a toothed gear track which drives the pointer. As the dial moves over the major scale rule, the pointer rotates once to give the extra fractional reading. The second measurement is added to the major scale reading to get a last result correct to the smallest graduation marked on the dial. The major scale and dial are marked in inches. The dial may be rotated under the pointer to measure size differential between two objects. The dial caliper is simpler to read than the vernier caliper, safeguarding against user reading errors. Its standard of exact measurement complements the use of the vernier caliper; the dial gives an ease in reading and interpolating measurements which most vernier calipers, caused by their need for direct observation of both scales, may not supply. The dial uses a rack-and-pinion system and is mounted on a gear track where each tooth equals one quarter of the dial revolution, and four teeth equal 0. 1″. The smooth-moving dial is graduated to 0. 001″ and offers gear train shock protection. A thumbwheel permits fast operation with one hand. A clamping screw controls scale motion and a dial calibration lock holds the sliding jaw”s position. The caliper is made of hardened stainless steel construction with titanium nitride (TiN) covering on the beam wear surface helps extend caliper life. Two sets of jaws supply four-way measurement capability: outside dimension (OD), inside dimension (ID), depth, and step, where the butt end of the fixed jaw measures one end of a work part before its upper/lower or inner/outer steps are calculated. Calipers measure the distance between two opposing sides of an object. They make inside, outside, depth, or step measurements, as indicated by their type. Calipers are usually used in architecture, metalworking, mechanical engineering, and machining. The simplest calipers have two legs to mark the two points and require a ruler to take the measurement. More complex calipers use two sets of jaws instead of legs and have up to two graduated scales. Vernier, dial, and digital calipers give direct and correct readings and are functionally same, having a calibrated scale with a fixed jaw, and another jaw with a movable pointer that slides along the scale. The vernier caliper has a scale sliding parallel to the major scale for an extra, fractional reading to enhance measurement precision. The dial caliper has a round dial with a pointer on a toothed gear rack replacing the second vernier scale. As with the vernier, this second measurement is added to the reading from the major scale to get the result. The digital caliper takes a differential by zeroing the display at any point along the slide, with an LCD that displays a single value in English and/or metric units. Mitutoyo manufactures precision measuring tools, metrology equipment, and systems. The company was founded in Tokyo in 1934 and made Mitutoyo America company in 1963, which is headquartered in Aurora, IL.


Brown & Sharpe 599 Series Stainless Steel, Inch, For Depth/Inside/Outside/Step Measurements

The Brown & Sharpe Dial-Cal dial caliper has a 1. 25″ diameter rotating dial with a lock, is made of stainless steel, and measures in inches. The covered rack helps prevent measurement error by defending the gear from foreign matter. Linear accuracy meets Deutsches Institut für Normung (DIN) 862 standards. These calipers are for use in measuring inside dimensions (ID), outside dimensions (OD), depth and step. The caliper measures 0. 100″ per revolution of the dial. The lock screw locks the dial and holds the sliding jaw in position. Adjustable zero set lets the user to set zero at a convenient distance. The depth rod is integrated into the rack of the caliper, unlike many calipers that offer a removable depth rod, or none at all. The hardened stainless steel parts, as well as the bar, measuring surfaces, rack, gears, and depth rod, offer corrosion resistance, increased accuracy, and long life. Spring anti-backlash control offers increased accuracy over standard gear configurations. Backlash is the amount of clearance between mated gear teeth in the caliper controls, which prevents the gear teeth from jamming. It’s undesirable to have much backlash caused by the lack of precision offered by the increased amount of play between gears. Certain gear designs can minimize or eliminate backlash; spring anti-backlash systems use a spring to add a compressive force, thus minimizing backlash. Calipers measure the distance between two opposing sides of an object. They make inside, outside, depth, or step measurements, as indicated by their type. Calipers are usually used in architecture, metalworking, mechanical engineering, and machining. The simplest calipers have two legs to mark the two points and require a ruler to take the measurement. More complex calipers use two sets of jaws instead of legs and have up to two graduated scales. Vernier, dial, and digital calipers give direct and correct readings and are functionally same, having a calibrated scale with a fixed jaw, and another jaw with a movable pointer that slides along the scale. The vernier caliper has a scale sliding parallel to the major scale for an extra, fractional reading to enhance measurement precision. The dial caliper has a round dial with a pointer on a toothed gear rack replacing the second vernier scale. As with the vernier, this second measurement is added to the reading from the major scale to get the result. The digital caliper takes a differential by zeroing the display at any point along the slide, with an LCD that displays a single value in English and/or metric units. Brown & Sharpe manufactures precision measuring equipment and metrology hand tools. The company, founded in 1833, played a key role in setting industrial standards in the United States. Brown & Sharpe was assumed by Hexagon Metrology in 2001 and is headquartered in North Kingstown, RI.


CNBTR Silver Cali Gauge Machinist Long Firm Joint Metal Measurement Tool Inside and Outside Cali Pack of 2 (250mm)

Feature: 2 pcs silver metal inside outside calipers, great for measuring the external and interior size of an object. Firm joint calipers use friction at the joint to hold the legs unmoving. Applies to: Inside calipers: for measuring parts hole, the hole slots and other hard to measure interior dimensions. Outside calipers: for measuring cylindrical, cylindrical tank and the outer dimensions of other hard to measure. Specification: Material: Steel Color: Silver Each Blade Max. Width: 15 mm Item 1: Size: 150 mm Total Size: 150 x 15 x 53mm / 5. 91 x 0. 59 x 2. 1″(L x Blade Width x W) Weight: 86 g Item 2: Size: 195 mm Total Size: 195 x 15mm / 7. 68 x 0. 59 “(L x Blade Width) Weight: 110 g Item 3: Size: 250 mm Total Size: 250 x 15mm / 9. 84 x 0. 59″(L x Blade Width) Weight: 153 g Item 4: Size: 345 mm Total Size: 345 x 15mm / 13. 58 x 0. 59″(L x Blade Width) Weight: 341 g Package Include: 1 x One set of 2Pcs Outside Inside Caliper.


Fowler 54-860-302 Electronic IP54 Disc Micrometer, 1-2"/25-50mm Measuring 0.00005"/0.001mm Resolution, RS-232 Output

The Fowler 54-565-233 High-Accuracy Ultima Bore Gauging System has a measurement range of 7. 878 to 8. 27″ and is correct to + or – 0. 00006″. Resolution is 0. 00001″ and the measuring depth is 3. 15″. The gauge has constant spring pressure for repeatability and Bower’s FastFit measuring heads for fast measurement. It uses a three-point contact system for the detection of lobing or triangular form error, and ceramic contact points supply high durability and stability about thermal expansion. The Ultima system requires connection to a Sylvac or multiplexer display unit. This product has 1 year warranty offered by Fowler High Precision. If you experience any problem contact Fowler directly for warranty claims.


Fowler 52-710-025 COAX-2D 2 Dimensional Coaxial Indicator Set, 6.87" Length, 0.250" Maximum Measuring, 0.0005" Graduation Interval

The Fowler 52-710-025 coaxial display has a 1. 6″ diameter uninterrupted dial, a 0. 250″ axis offshoot measuring range, 0. 0005″ graduations, an accuracy of + or – 0. 0002″ of true center, and may be used at any angle at speeds up to 800 RPMs for correct centering and positioning of parts in most machining applications. The 0-50 uninterrupted dial remains stationary throughout spindle rotation and has a total measuring range of 0. 250″ with 0. 0005″ graduations. Three interior and three external feelers and a center point feeler have a 1/8″ ball diameter and a locating accuracy of + or – 0. 0002″ of true center. The interior feelers have a measuring capacity of 5/32 to 12″. The external feelers have a measuring capacity of 0 to 12″. The set will include a coaxial display, three interior feelers, three external indicators, a center point feeler, a restraining arm, and a fitted storage case. Dial readings with three digits, 0-10-0 as an example, indicate that the display has a balanced dial. Dial readings with two digits, 0-100 as an example, point to the dial has a uninterrupted dial. Balanced dials were used for reading the difference from a particular surface reference point. Uninterrupted dials were used for direct readings and typically have a bigger measurement range than balanced dials. Plans Dial face type and diameter 1. 6″ diameter face Dial reading and graduations uninterrupted 0-50 with 0. 0005″ graduations Measuring range 0. 250″ axis offshoot Speed Up to 800 RPMs interior measuring capacity 5/32 to 12″ External measuring capacity 0 to 12″ Centering accuracy + or – 0. 0002″ of true center Feeler ball diameter 1/8″   Fowler Precision manufactures inspection and measurement instruments like electronic indicators, calipers, bore gages, and digital scales. The company, founded in 1946, is headquartered in Newton, MA. What’s in the Box? ·         Coaxial display ·         interior feelers (3) ·         External feelers (3) ·         Center point feeler ·         Restraining arm ·         Fitted storage case.



What people considered before buying 505746:
  1. Mitutoyo 505-720 Dial Calipers, Inch, White Face, for Inside, Outside, Depth and Step Measurements, Stainless Steel, 0″-12″ Range, +/-0.002″ Accuracy, 0.001″ Resolution, 64mm Jaw Depth
  2. Mitutoyo 505-677 Dial Calipers, Inch, White Face, for Inside, Outside, Depth and Step Measurements, Stainless Steel, 0″-12″ Range, +/-0.002″ Accuracy, 0.001″ Resolution, 64mm Jaw Depth
  3. Mitutoyo 505-676 Dial Calipers, Inch, White Face, for Inside, Outside, Depth and Step Measurements, Stainless Steel, 0″-8″ Range, +/-0.002″ Accuracy, 0.001″ Resolution, 50mm Jaw Depth
  4. Mitutoyo 505-714 Dial Caliper, Stainless Steel, White Face, 0-12″ Range, +/-0.002″ Accuracy, 0.001″ Resolution
  5. Mitutoyo 505-738CAL Dial Caliper with Calibration, Inch, White Face, Stainless Steel Jaws, 0-6″ Range, 0.001″ Resolution, +/-0.001″ Accuracy, Range per Revolution of 0.1″, 40mm Jaw Depth


Models to consider:
49P-19 4887S-19A-240 AT2031852416S-10 1202F-6
AT203721 H5-944J-9K1S120B-12 AT203354TM61005-TZ82 D3208
P920-B212 ME-CAL-LO-600-NBMAW4003 MX2701PT-017 ME-CAL-PO-75
142G TDC-20D1053 QPL57820720A a16041100ux0855
CNBTR153 100-D68D1057 AT201845505-676CAL SO-BS5V-0CZJ
a16042200ux0741 MW100-20BI80.460.00.FHN AT203720CAL-002M 80.365.30.FHN
780DC-A 6425A80.364.40.FHN R120A-6 W/SLCXMJ0084 MB15-1
HA-TM61010 10W-S0087218S 80.367.40.FHN80.460.00.IN
4887S-19 SO-BS5V-0CZJCAL-002M XMJ0084ME-CAL-LO-600-NB AT203185
AT203720 AT20184580.367.40.FHN 1202F-6QPL578 49P-19
AT203721 R120A-6 W/SLC20720A MB15-1TM61005-TZ82 CNBTR153
PT-017 D10576425A P920-B212TDC-20 80.364.40.FHN
MW100-20BI 120B-1280.460.00.IN 505-676CAL80.365.30.FHN 780DC-A
MAW4003 MX270110W-S008 H5-944J-9K1S100-D68 ME-CAL-PO-75
7218S a16041100ux0855142G D3208AT203354 a16042200ux0741
80.460.00.FHN A-240HA-TM61010 D10532416S-10
2416S-10 100-D6880.460.00.FHN SO-BS5V-0CZJQPL578 4887S-19
AT203354 AT203721PT-017 TDC-20ME-CAL-LO-600-NB AT201845
80.367.40.FHN HA-TM61010MB15-1 7218SCAL-002M H5-944J-9K1S
780DC-A D105720720A AT20318510W-S008 CNBTR153
AT203720 a16041100ux0855MX2701 TM61005-TZ8249P-19 P920-B212
MW100-20BI MAW4003XMJ0084 1202F-66425A 80.460.00.IN
ME-CAL-PO-75 A-24080.364.40.FHN a16042200ux0741142G R120A-6 W/SLC
120B-12 D1053505-676CAL 80.365.30.FHND3208

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