Blade Mic
● Product name: blade mic
● Serial number: G215-26
● Blade measuring faces and non-rotating spindle.
● Gauge: 0.75mm. Length: 6.5mm.
● Resolution: 0.01mm(Metric); 0.0001"(Inch).
- Product Introduction
Specification
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ART. NO. |
RANGE |
READING |
|
G215-26-0025 |
0-25MM |
0.01MM |
|
G215-26-0050 |
25-50MM |
0.01MM |
|
G215-26-0075 |
50-75MM |
0.01MM |
|
G215-26-0100 |
75-100MM |
0.01MM |
|
G215-26-0125 |
100-125MM |
0.01MM |
|
G215-26-0150 |
125-150MM |
0.01MM |
|
G215-26-0175 |
150-175MM |
0.01MM |
Other details
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Feature
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The blade mic is a precision measuring tool specifically designed for measuring dimensions related to blades. It has important applications in fields involving blade production and manufacturing, such as aerospace, energy power, and mechanical manufacturing. In the mass production process, using a blade mic to measure the thickness of each blade can promptly identify the unqualified products, achieving quality control. Based on the measurement data, the production process can be adjusted and optimized to ensure the stability of product quality. For example, on the steam turbine blade production line, real-time detection with a leaf micrometer can control the blade thickness tolerance within a very small range, thereby improving the overall operational efficiency of the steam turbine. The structure of this blade mic is: Screw Shaft, Measuring Head, Thimble, Sleeve, Locking Device and Anvil, When you use it, please note the following points: Select the appropriate blade: Based on the shape and size of the object being measured, choose the appropriate blade for measurement. Insert the measuring rod: Gently insert the measuring rod into the gap being measured, ensuring that it is in close contact with the object or gap. Adjust the thimble: Move the thimble to minimize the gap between the blade and the object or gap. Read the measurement result: Use the reading device to read and record the measurement result. |
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FAQ
1). Aerospace Industry: Used to measure the thickness of turbine blades in jet engines. Ensuring precise blade thickness is critical for the performance and efficiency of the engine.
2). Automotive Industry: Used to measure the thickness of various engine components, such as turbocharger blades. This helps in maintaining optimal engine performance and longevity.
3). Energy Production: In power plants, blade micrometers are used to measure the thickness of steam turbine blades. Accurate measurements help in maintaining the efficiency and reliability of the turbines.
4). Mechanical Manufacturing: Used in the production of various mechanical components that require precise thickness measurements, such as compressor blades or other rotating machinery parts.
5). Quality Control and Inspection: Blade micrometers are essential tools for quality control processes. They help in identifying any deviations in blade thickness during production, allowing for adjustments to be made to ensure that the final product meets the required specifications.
1). Place the object to be measured between the anvil and the spindle of the micrometer. Ensure that the object is stable and does not move during the measurement process.
2). Rotate the thimble to bring the spindle gradually closer to the object being measured. Be careful not to apply too much force to avoid damaging the measuring surfaces. You can use the ratchet on the micrometer to help apply consistent pressure
3). When the spindle makes contact with the object, use the thimble lock to secure the position of the spindle
4). Look at the scales on the sleeve and the thimble to read the measurement value. Typically, the scale on the sleeve indicates the whole number part in millimeters or inches, while the scale on the thimble indicates the decimal part.
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