Range:
50-75mm
Readout: Digital and analog
Accuracy: 0.001mm – digital
              
0.01mm – analog

Application:

A micrometer generally provides greater precision than a vernier caliper, but
can measure a smaller range of lengths.

Before using a micrometer:

1. Make sure the workpiece being measured is clean and has no burrs on the
   edges.
2. The temperature of the workpiece is required to be around 20°C to
   have consistent measuring results.
3. Precision measuring tools should never be put near a magnetic area to
   avoid the micrometer being magnetized.

Range:
25-50mm
Readout: Digital and analog
Accuracy: 0.001mm – digital
              
0.01mm – analog

Application:

A micrometer generally provides greater precision than a vernier caliper, but
can measure a smaller range of lengths.

Before using a micrometer:

1. Make sure the workpiece being measured is clean and has no burrs on the
   edges.
2. The temperature of the workpiece is required to be around 20°C to
   have consistent measuring results.
3. Precision measuring tools should never be put near a magnetic area to
   avoid the micrometer being magnetized.

Range: 0-25mm
Readout: Digital and analog
Accuracy: 0.001mm – digital
              
0.01mm – analog

Application:

A micrometer generally provides greater precision than a vernier caliper, but
can measure a smaller range of lengths.

Before using a micrometer:

1. Make sure the workpiece being measured is clean and has no burrs on the
   edges.
2. The temperature of the workpiece is required to be around 20°C to
   have consistent measuring results.
3. Precision measuring tools should never be put near a magnetic area to
   avoid the micrometer being magnetized.

Range:
0-25mm
Readout: Analog

Accuracy: 0.01mm

Application:

The Tork Craft Micrometer 0-25mm Manual is a precision measuring instrument designed for accurate measurement of
small dimensions with a range from 0 to 25 millimeters. It features a manual operation mechanism, typically
involving a precision screw for fine adjustments and a calibrated scale for precise readings.

Before using a micrometer:

1. Make sure the workpiece being measured is clean and has no burrs on the
   edges.
2. The temperature of the workpiece is required to be around 20°C to
   have consistent measuring results.
3. Precision measuring tools should never be put near a magnetic area to
   avoid the micrometer being magnetized.

A precision measuring instrument designed to measure the internal diameter of bores, cylinders, and other similar
features with high accuracy. This tool is commonly used in engineering, machining, and quality control to ensure
that internal dimensions meet specified tolerances. Unlike traditional inside micrometers, the three-point contact
system allows for more stable and reliable measurements, particularly in larger bores.

• 6-12mm graduation: 0.001mm
  Steel measuring faces
  12-300mm graduation: 0.005mm
  Carbide measuring faces
• Ratchet stop
• Extension rod are included
• Setting rings are included (Range < 100mm)

How it works:

• Three-point contact: The micrometer has three measuring
  points that evenly distribute pressure on the inner surface of the hole, ensuring
  accurate and repeatable measurements.
• Digital display: The measured diameter is displayed digitally,
  eliminating the need for manual reading and reducing the possibility of errors.
• Extension rods: These can be used to measure deeper holes.

Applications

• Machining and Metalworking: Used to measure the
  internal diameters of bores and holes in metal components, ensuring that
  they meet the required specifications.
• Quality Control: Essential in inspection processes to
  verify the accuracy of internal dimensions in manufactured parts.
• Engineering: Applied in various engineering tasks where
  precise internal measurements are critical, such as in the design and
  fabrication of mechanical parts.
• Automotive and Aerospace Industries: Used for measuring
  the internal diameters of engine cylinders, bearing races, and other
  critical components that require precise tolerances.

Advantages of Three-Point Micrometers:

• Improved accuracy: Ensures precise centering and
  measurement compared to two-point micrometers.
• Reduced measurement error: Minimizes the impact of
  bore irregularities.
• Suitable for various shapes: Can be used for both
  cylindrical and irregular bores.

A precision measuring instrument designed to measure the internal dimensions of bores, holes, and other cylindrical
spaces with a high degree of accuracy. Unlike traditional micrometers, which measure external dimensions, this tool
specializes in gauging internal diameters. The digital display provides an easy-to-read measurement, improving
accuracy and reducing the chances of human error.

• Resolution: 0.001mm/0.00005′
• IP65 protection level
• Button: on/off, set, mm/inch, ABS/INC, data output
• Automatic power off
• Data output
• Ratchet stop
• Carbide measuring faces (over 12mm series)
• Extension rod are included
• Setting rings are included (Range < 100mm)

How it works:

• Three-point contact: The micrometer has three measuring
  points that evenly distribute pressure on the inner surface of the hole, ensuring
  accurate and repeatable measurements.
• Digital display: The measured diameter is displayed digitally,
  eliminating the need for manual reading and reducing the possibility of errors.
• Extension rods: These can be used to measure deeper holes.

Applications

• Machining and Metalworking: Used to measure the
  internal diameters of bores and holes in metal components, ensuring that
  they meet the required specifications.
• Quality Control: Essential in inspection processes to
  verify the accuracy of internal dimensions in manufactured parts.
• Engineering: Applied in various engineering tasks where
  precise internal measurements are critical, such as in the design and
  fabrication of mechanical parts.
• Automotive and Aerospace Industries: Used for measuring
  the internal diameters of engine cylinders, bearing races, and other
  critical components that require precise tolerances.

A precision measuring instrument designed to measure the internal dimensions of bores, holes, and other cylindrical
spaces with a high degree of accuracy. Unlike traditional micrometers, which measure external dimensions, this tool
specializes in gauging internal diameters. The digital display provides an easy-to-read measurement, improving
accuracy and reducing the chances of human error.

• Resolution: 0.001mm/0.00005′
• IP65 protection level
• Button: on/off, set, mm/inch, ABS/INC, data output
• Automatic power off
• Data output
• Ratchet stop
• Carbide measuring faces (over 12mm series)
• Extension rod are included
• Setting rings are included (Range < 100mm)

How it works:

• Three-point contact: The micrometer has three measuring
  points that evenly distribute pressure on the inner surface of the hole, ensuring
  accurate and repeatable measurements.
• Digital display: The measured diameter is displayed digitally,
  eliminating the need for manual reading and reducing the possibility of errors.
• Extension rods: These can be used to measure deeper holes.

Applications

• Machining and Metalworking: Used to measure the
  internal diameters of bores and holes in metal components, ensuring that
  they meet the required specifications.
• Quality Control: Essential in inspection processes to
  verify the accuracy of internal dimensions in manufactured parts.
• Engineering: Applied in various engineering tasks where
  precise internal measurements are critical, such as in the design and
  fabrication of mechanical parts.
• Automotive and Aerospace Industries: Used for measuring
  the internal diameters of engine cylinders, bearing races, and other
  critical components that require precise tolerances.

A precision measuring instrument designed to measure the internal dimensions of bores, holes, and other cylindrical
spaces with a high degree of accuracy. Unlike traditional micrometers, which measure external dimensions, this tool
specializes in gauging internal diameters. The digital display provides an easy-to-read measurement, improving
accuracy and reducing the chances of human error.

• Resolution: 0.001mm/0.00005′
• IP65 protection level
• Button: on/off, set, mm/inch, ABS/INC, data output
• Automatic power off
• Data output
• Ratchet stop
• Carbide measuring faces (over 12mm series)
• Extension rod are included
• Setting rings are included (Range < 100mm)

How it works:

• Three-point contact: The micrometer has three measuring
  points that evenly distribute pressure on the inner surface of the hole, ensuring
  accurate and repeatable measurements.
• Digital display: The measured diameter is displayed digitally,
  eliminating the need for manual reading and reducing the possibility of errors.
• Extension rods: These can be used to measure deeper holes.

Applications

• Machining and Metalworking: Used to measure the
  internal diameters of bores and holes in metal components, ensuring that
  they meet the required specifications.
• Quality Control: Essential in inspection processes to
  verify the accuracy of internal dimensions in manufactured parts.
• Engineering: Applied in various engineering tasks where
  precise internal measurements are critical, such as in the design and
  fabrication of mechanical parts.
• Automotive and Aerospace Industries: Used for measuring
  the internal diameters of engine cylinders, bearing races, and other
  critical components that require precise tolerances.

A precision measuring instrument designed to measure the internal dimensions of bores, holes, and other cylindrical
spaces with a high degree of accuracy. Unlike traditional micrometers, which measure external dimensions, this tool
specializes in gauging internal diameters. The digital display provides an easy-to-read measurement, improving
accuracy and reducing the chances of human error.

• Resolution: 0.001mm/0.00005′
• IP65 protection level
• Button: on/off, set, mm/inch, ABS/INC, data output
• Automatic power off
• Data output
• Ratchet stop
• Carbide measuring faces (over 12mm series)
• Extension rod are included
• Setting rings are included (Range < 100mm)

How it works:

• Three-point contact: The micrometer has three measuring
  points that evenly distribute pressure on the inner surface of the hole, ensuring
  accurate and repeatable measurements.
• Digital display: The measured diameter is displayed digitally,
  eliminating the need for manual reading and reducing the possibility of errors.
• Extension rods: These can be used to measure deeper holes.

Applications

• Machining and Metalworking: Used to measure the
  internal diameters of bores and holes in metal components, ensuring that
  they meet the required specifications.
• Quality Control: Essential in inspection processes to
  verify the accuracy of internal dimensions in manufactured parts.
• Engineering: Applied in various engineering tasks where
  precise internal measurements are critical, such as in the design and
  fabrication of mechanical parts.
• Automotive and Aerospace Industries: Used for measuring
  the internal diameters of engine cylinders, bearing races, and other
  critical components that require precise tolerances.

A precision measuring instrument designed to measure the internal dimensions of bores, holes, and other cylindrical
spaces with a high degree of accuracy. Unlike traditional micrometers, which measure external dimensions, this tool
specializes in gauging internal diameters. The digital display provides an easy-to-read measurement, improving
accuracy and reducing the chances of human error.

• Resolution: 0.001mm/0.00005′
• IP65 protection level
• Button: on/off, set, mm/inch, ABS/INC, data output
• Automatic power off
• Data output
• Ratchet stop
• Carbide measuring faces (over 12mm series)
• Extension rod are included
• Setting rings are included (Range < 100mm)

How it works:

• Three-point contact: The micrometer has three measuring
  points that evenly distribute pressure on the inner surface of the hole, ensuring
  accurate and repeatable measurements.
• Digital display: The measured diameter is displayed digitally,
  eliminating the need for manual reading and reducing the possibility of errors.
• Extension rods: These can be used to measure deeper holes.

Applications

• Machining and Metalworking: Used to measure the
  internal diameters of bores and holes in metal components, ensuring that
  they meet the required specifications.
• Quality Control: Essential in inspection processes to
  verify the accuracy of internal dimensions in manufactured parts.
• Engineering: Applied in various engineering tasks where
  precise internal measurements are critical, such as in the design and
  fabrication of mechanical parts.
• Automotive and Aerospace Industries: Used for measuring
  the internal diameters of engine cylinders, bearing races, and other
  critical components that require precise tolerances.