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303569 | Fixture for Micrometer Head | MITUTOYO
FIXTURE FOR MICROMETER HEAD | MITUTOYO
Order No. : 303569
Description :
Mitutoyo offers various types of fixture designed for micrometer heads, which you can use for a wide range of applications, that have the following benefits:
- These fixtures are high quality and durable, manufactured from nickel-plated cast iron.
- Two types of fixture for micrometer heads are available, depending on whether the head has a plain stem or is a clamp nut type.
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468-166 | Digimatic Holtest – 3-point Internal Micrometers – Series 468 | MITUTOYO
DIGIMATIC HOLTEST – 3-POINT INTERNAL MICORMETER
Order No. : 468-166
Range : 20-25 mm
Description :
• Three-point internal micrometer with large LCD readout. (Character height 7.4 mm)
• Deep holes can be measured by attaching an Extension Rod (optional).
• Measurements can be made close to the bottom of a blind hole.
• Titanium-coated measuring pins provide excellent durability and impact resistance. -
468-276 | Digimatic Holtest – 3-point Internal Micrometers – Series 468 | MITUTOYO
DIGIMATIC HOLTEST – 3-POINT INTERNAL MICORMETER | MITUTOYO
Order No. : 468-276
Range : 6-7″
Description :
• Three-point internal micrometer with large LCD readout. (Character height 7.4 mm)
• Deep holes can be measured by attaching an Extension Rod (optional).
• Measurements can be made close to the bottom of a blind hole.
• Titanium-coated measuring pins provide excellent durability and impact resistance.
• Two preset values can be stored as reference points. -
368-163 | Holtest – Three-Point Internal Micrometer Holtest 10-12mm | MITUTOYO
3-POINT INTERNAL MICROMETER HOLTEST | MITUTOYO
Order No. 368-163
Range. 10-12 mm
Description
• Titanium-coated measuring pins on the three-point type (over 6 mm range models) provide excellent durability and impact resistance.
• Three-point internal micrometer with measuring range 6 mm or longer allows stable measurement through self-centering.
• Measurement can be made close to the bottom of a blind hole.
• Deep holes can be measured by attaching an Extension Rod (optional) which is available on models over 6 mm (0.275 in) measuring range. -
368-771 | Holtest (Type II) – 3 Point Internal Micrometer 62-75mm | MITUTOYO
3-POINT INTERNAL MICROMETER HOLTEST (TYPE II) MITUTOYO
Order No. : 368-771
Range: 62-75mm
Description
• Holtests type II is equipped with contact points of alloy steel and has the same accuracy as the titanium model.
• Constant-force device allows stable measurement.
• Deep holes can be measured by attaching an Extension Rod (optional). -
568-463 | ABSOLUTE BOREMATIC SERIES 568 – ABSOLUTE DIGIMATIC SNAP-OPEN BORE GAGES 0.425-0.5″ | MITUTOYO
ABSOLUTE BOREMATIC SERIES 568
ABSOLUTE DIGIMATIC SNAP-OPEN BORE GAGES
Range : 0.425-0.5″
Order No. : 568-463
Description :
• The Borematic allows quick and easy measurement with lever operation.
• Titanium-coated measuring pins provide excellent durability and impact resistance.
• Three-Point contact measuring head enables stable measurement.
• Deep holes can be measured by attaching an Extension Rod (optional). -
133-145 | TUBULAR INSIDE MICROMETERS SERIES 133 – SINGLE ROD TYPE, 100-125mm | MITUTOYO
TUBULAR INSIDE MICROMETERS SERIES 133 – SINGLE ROD TYPE
Order No. : 133-145
Range : 100-125mm
Description :
• Standard Single-Rod Type inside micrometer.
• Carbide measuring faces.
• The sleeve is rotated to adjust the reference point adjustment when setting to a length standard.
• Optional Setting Rings (nominal size below 300 mm), CERA Inside Micro Checker and Gauge Block Accessory Sets are available as reference gages datum adjustment. -
133-176 | TUBULAR INSIDE MICROMETERS SERIES 133 – SINGLE ROD TYPE, 875-900 mm | MITUTOYO
TUBULAR INSIDE MICROMETERS SERIES 133 – SINGLE ROD TYPE
Order No. : 133-176
Range : 875-900mm
Description :
• Standard Single-Rod Type inside micrometer.
• Carbide measuring faces.
• The sleeve is rotated to adjust the reference point adjustment when setting to a length standard.
• Optional Setting Rings (nominal size below 300 mm), CERA Inside Micro Checker and Gauge Block Accessory Sets are available as reference gages datum adjustment. -
140-158 | TUBULAR INSIDE MICROMETER SERIES 140 – EXTENSION PIPE TYPE, 1000-3000mm | MITUTOYO
TUBULAR INSIDE MICROMETER SERIES 140 – EXTENSION PIPE TYPE
Order No.: 140-158
Range : 1000-3000mm
Description :
• Wide range of inside measurements possible by combining Extension Pipes and anvils with the micrometer head.
• The sleeve is rotated to adjust the reference point adjustment when setting to a length standard.
• An inside length standard is required for accurately setting the micrometer. -
515-586 | INSIDE MICRO CHECKER SERIES 515, 25-600mm | MITUTOYO
INSIDE MICRO CHECKER SERIES 515
เครื่องมือตรวจสอบไมโครมิเตอร์วัดใน
Order No. 515-586
Range: 25-600 mm
Description:
• The Inside Micro Checker is designed to act as a setting standard for inside micrometers.
• Applicable for SERIES 133, 139 and 145 (over 50 mm). Not applicable for SERIES 137, 141, 337 and 339. -
511-704 | BORE GAGE SERIES 511, 100-160mm | MITUTOYO
BORE GAGE SERIES 511
Order No.: 511-704
Range: 100-160 mm
Description:
• This series includes models for highly accurate measurement of ø18 to 400 mm inside diameters.
• The contact point and anvil have a carbide ball tip that is highly durable and abrasion-resistant.
• The grip minimizes the variation of indicator values by reducing heat transfer from the operator’s hand.
• Optional extension rods are available for measuring deep holes. Customized products with a longer rod below the grip are also available upon request. -
511-807 | BORE GAGE SERIES 511 – WITH MICROMETER HEAD, 400-600mm | MITUTOYO
BORE GAGE SERIES 511 – WITH MICROMETER HEAD
Order No.: 511-807
Range: 400-600 mm
Description:
• This series includes models for measuring ø60 to 800 mm inside diameters.
• The micrometer head is used for dimensional setting. The dimension can be easily changed without replacing the anvil and washer.
• The contact point has a carbide ball tip that is highly durable and abrasion-resistant.
• The grip minimizes the variation of indicator values affected by heat transfer from the operator’s hand.
