Mitutoyo Absolute Digital Micrometer - Adjustable Force

The Mitutoyo Absolute Digital Micrometer with Adjustable Force is a powerful and versatile measurement tool, ideal for a wide range of industries and materials. Whether you are in precision machining, aerospace, medical, or automotive, this micrometer is designed to meet your specific needs and deliver accurate results.

Target Products and Industries

This digital micrometer is perfect for measuring a variety of products, including CNC-machined parts, medical implants, and automotive components. Its measurement range and options make it suitable for measuring materials such as stainless steel, aluminum, PVC, nylon, and even composites.

Precision Machining

With its high-precision readings, this micrometer is perfect for verifying tolerances of custom molds, ensuring accuracy and consistency in mass production.

Aerospace

When it comes to measuring critical components for jet engines, such as titanium parts, precision is key. This micrometer is the perfect tool for the job.

Medical

In the medical field, every measurement must be precise to ensure the safety and effectiveness of surgical instruments. This micrometer guarantees precision for even the most delicate and complex medical components.

Automotive

Whether it's validating the dimensions of brake rotors or camshafts, this micrometer is the go-to tool for ensuring accuracy in the automotive industry.

Professional Applications

The Mitutoyo Absolute Digital Micrometer has a variety of real-world applications, making it an essential tool for quality control, prototyping, and manufacturing.

Quality Control

With its ability to measure with high accuracy and consistency, this micrometer is perfect for ensuring components meet strict tolerances during mass production.

Prototyping

During research and development, experimental parts need to be measured accurately. This micrometer provides precise readings for reliable data.

Manufacturing

When it comes to verifying critical dimensions of complex components like shafts, grooves, or thin walls, this micrometer is the top choice for manufacturers.

Buyer Needs and Benefits

The Mitutoyo Absolute Digital Micrometer has been designed to meet the needs of buyers and provide them with practical benefits.

Digital Tools

With instant, error-free readings and easy usability, this micrometer is perfect for high-demand environments where accuracy and efficiency are crucial.

Specialized Features

With options such as carbide-tipped jaws and V-shaped anvils, this micrometer offers improved measurement stability and enables specialized tasks.

Rugged Design

This micrometer is built to last in harsh environments or frequent usage scenarios, making it a reliable tool for any job.

Solving Common Challenges

From handling high-tolerance measurements for critical components to minimizing slippage and ensuring consistent readings on curved or irregular surfaces, this micrometer solves common measurement challenges with ease.

Technical Specifications and Real-World Utility

This micrometer has impressive technical specifications that make it stand out in the market.

Measurement Range

The measurement range of this micrometer varies from 0-30mm or 0-1.2 inches, allowing it to accommodate a wide range of applications.

Resolution and Accuracy

With a resolution of 0.001mm and accuracy of ±0.002mm, this micrometer ensures precise and reliable measurements every time.

Material Construction

The micrometer's hardened steel construction ensures durability and longevity, even in demanding environments.

Real-World Scenarios

The Mitutoyo Absolute Digital Micrometer is suitable for a variety of real-world scenarios, making it a valuable tool in any industry.

Concentricity Measurement

When it comes to measuring the concentricity of automotive crankshafts, this micrometer is the top choice for its accuracy and precision.

Wall Thickness Assessment

For aerospace-grade titanium tubing, this micrometer is the ideal tool for assessing wall thickness with its high accuracy and resolution.