High-Precision Gauging Solutions for Aerospace Manufacturing

Customized Precision Measuring Instruments: Safeguarding the Extreme Precision and Safety of Aerospace Manufacturing

We provide ceramic and tungsten carbide gauges featuring extreme precision and resistance to cold welding. Each gauge comes standard with a factory inspection report conducted under a controlled 20°C environment, fully empowering AS9100 quality systems to meet the rigorous challenges of the aerospace industry.

Measurement Challenges in Aerospace Manufacturing

In the pursuit of “zero defects” and extreme weight reduction in aerospace manufacturing, dimensional quality control faces the most stringent technical and material challenges.

Risk of "Cold Welding" and Scratching in Titanium Alloy/Aerospace Aluminum Machining

Titanium alloys, Inconel high-temperature alloys, and aerospace aluminum are widely used in aerospace applications. These materials are highly reactive, and when traditional steel gauges are used for frequent inspections, the phenomenon of "cold welding (adhesion)" is highly likely to occur. This not only causes the gauges to seize and measurement distortion but can also severely scratch core components, which may be worth tens of thousands of dollars.

Rapid Wear Under Extreme Tolerances

Aerospace engines and landing gear systems often require micron-level, ultra-narrow tolerances. During batch inspections, even slight wear on conventional measuring tools can directly lead to tolerance misjudgments, resulting in catastrophic safety risks and astonishing scrap costs.

Zero-Tolerance Safety Requirements and Stringent Traceability Chain

In the face of stringent audits from AS9100, FAA/EASA, every dimension of each component must have an absolutely clear inspection record. Using measuring tools without authoritative factory certification reports will directly cause an entire batch of aerospace products to lose compliance, preventing delivery to OEMs like Boeing and Airbus.

Our Solutions

In response to the “zero-tolerance” standards of the aerospace industry, Mihe and Intelligent Machinery offer comprehensive, top-tier measurement solutions, from material selection to data accuracy. For materials prone to adhesion, such as titanium alloys and aerospace aluminum, we use high-purity zirconia ceramic (ZrO2) gauges, leveraging their natural property of not reacting with metals to completely eliminate the risks of “cold welding,” chip adhesion, and scratching, thereby perfectly protecting costly aerospace components. Additionally, our ceramic and ultra-hard tungsten carbide (WC) gauges provide a wear life 5-10 times longer than steel gauges, effectively locking in micron-level tolerances. For specialized aerospace structures, Mihe supports quick, non-standard custom solutions for deep holes, blind holes, and irregular features. All gauges undergo precision grinding and calibration for extreme tolerances in a $20^\circ\text{C}$ temperature-controlled lab, and each gauge comes with a detailed Factory Inspection Report, offering impeccable accuracy and traceability for your aerospace supply chain.

Key Capabilities

Compliance & Standards

Mihe’s precision gauges and their data traceability system fully support and assist companies in implementing the AS9100 Aerospace Quality Management System. The design, manufacturing, and calibration of the gauges strictly adhere to international standards such as ISO 1502, DIN, JIS, ANSI/ASME, and more. The measurement data is traceable to authoritative metrology organizations both domestically and internationally, ensuring strong support for companies to successfully pass the rigorous entry audits from top OEMs like Boeing, Airbus, and regulatory bodies like FAA/EASA.

FAQ

This is primarily due to the occurrence of severe “cold welding” or adhesion. Materials like titanium and aluminum have highly reactive surfaces, and when subjected to frequent physical friction with conventional steel gauges, metal debris is easily generated and adheres to the gauge. This not only leads to tolerance distortion and gauge seizure but can also directly scratch expensive components. Mihe’s zirconia ceramic (ZrO2) gauges do not react with metals, providing natural anti-adhesion properties, making them the perfect choice for measuring such aerospace materials.

Absolutely. Aerospace-grade precision custom solutions are our core strength. Leveraging top-tier high-precision grinding equipment and a 20°C temperature-controlled workshop, Mihe customizes gauges for a variety of complex features, including blind holes, deep-hole star gauges, and hex gauges, all adhering to Grade 0/1 international precision standards. Whether it’s material hardness or dimensional accuracy, we ensure that every micron-level measurement you make is absolutely reliable.

Absolutely. The AS9100 system has extremely stringent traceability and calibration requirements for measurement tools, often with a “veto” level of scrutiny. Mihe fully understands this challenge, which is why every gauge delivered comes with a comprehensive Factory Inspection Report. This report records the precise dimensional data of the gauge at 20°C in a temperature-controlled lab. It not only serves as evidence for your internal quality control but

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