MTI Instruments Announces Record $1.4 Million Order with Global Industrial Manufacturer
NEW YORK, Dec. 15, 2021 (GLOBE NEWSWIRE) -- via NewMediaWire -- MTI Instruments division, a manufacturer of precision tools and testing equipment for electronics, aviation, automotive, power and other industries, today announced a $1.4 million order with a global industrial manufacturer. The contract also includes a 14-year ongoing maintenance and support component representing another high-value contract win with recurring revenue. This repeat order stems from a multi-year customer relationship and is for MTI’s Block Gage measurement device that allows this top-tier global industrial manufacturer to perfectly machine ball pistons that require extremely precise accuracy for high power transmissions. MTI uses [...]
Aircraft Vibration Analysis and Measurement Techniques GalleryAircraft Vibration Analysis and Measurement Techniques
Brand-MTI, Industry-Aerospace, Industry-Compliance Testing, Industry-Government/Military, Industry-Manufacturing, Industry: Transportation, Knowledge Center-MTI, News-MTI-PBS, Whitepapers-MTI, Z-REPUB, z1
Aircraft Vibration Analysis and Measurement Techniques
Aircraft engine vibration is a critical indicator of engine health and overall flight safety. While some level of vibration in aircraft is expected during normal operations, excessive or abnormal vibrations often signal underlying mechanical issues that demand immediate attention. With modern jet engines becoming more complex, real-time vibration monitoring and precise balancing tools are essential for both aircraft maintenance teams and aviation diagnostics specialists. Aircraft vibration measurement tools detect and quantify these issues, enabling maintenance teams to take corrective actions before minor imbalances escalate into major faults. Types of Aircraft Vibrations There are two main categories of aircraft vibrations: [...]
How Capacitive Measurement Can Help Reduce Packaging Waste
Product packaging is often made of lightweight polymeric foams or plastic sheets and films. These materials are relatively inexpensive, but manufacturers still want to minimize waste and maximize yields. Across high volumes of low-cost materials, even a small per-unit savings can become significant, especially as the price of petroleum – a key ingredient in many polymers – continues to rise. For companies with environmental sustainability efforts, there are other important considerations as well. The excessive use of packaging materials can contribute to environmental pollution, especially with polymers that are slow to degrade. Yet, materials such as plastic sheets and [...]
Modernizing a Passive Sonar that has a Beam-Former with Digital Output
Modernizing a Passive Sonar that has a Beam-Former with Digital Output Customer Case The customer's requirement is to capture 10 signals, lasting 0.6 milliseconds each. 120 such signals arrive sequentially from a multiplexer within a beam-former. The clock rate is 2 MHz. The beam-former creates 120 beams and the raw digital data (underwater acoustic signal) from each beam is present at the output port of beam-former with a clock rate of 2 Mhz. At a certain time, we get the digital raw data of one beam. We plan to get 120 x 10 12-bit data records. That is, we [...]
Non-Contact Displacement Sensors for Detection and Measurement
Non-contact displacement sensors are designed to detect or measure physical properties such as linear displacement, thickness, proximity, and distance without physically touching the target. By emitting various forms of energy, such as capacitance, fiber optic, or laser triangulation, these sensors capture highly accurate readings without physically touching the object. This contrasts with traditional contact sensors, which rely on direct mechanical contact to gauge displacement or other physical properties. Benefits of Non-Contact vs. Contact Displacement Sensors Compared to contact sensors, non-contact displacement sensors offer faster response times, higher sampling rates, and minimal interference with the object being measured. They are [...]
Advantages of Measuring Semiconductor Thin Film Thickness with Capacitance GalleryAdvantages of Measuring Semiconductor Thin Film Thickness with Capacitance
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Advantages of Measuring Semiconductor Thin Film Thickness with Capacitance
Thin Film Thickness Measurement Using Capacitance in the Semiconductor Industry In the semiconductor industry, the precise measurement of thin film thickness is crucial for ensuring the quality and functionality of wafer coatings. Thin films are deposited onto silicon and other wafer materials one atomic layer at a time, and the thickness of these coatings significantly impacts the wafer’s electrical, optical, and mechanical properties. Thin film thickness measurement is particularly important for semiconductor wafers, which may have either conductive metallic films or non-conductive metal oxide films deposited onto them. Common deposition methods include chemical vapor deposition (CVD) and physical vapor [...]
How Often Should Vibration Analysis Be Performed?
How Often Should Vibration Analysis Be Performed? Once a customer takes delivery of a PBS system and learns how to use it, the next logical question is: “How often should we use it?” At a minimum, your approved maintenance program (whether it’s a program developed by your operation, or the maintenance procedures outlined by the engine/airframe manufacturer) will tell you about the intervals at which to perform a vibration analysis. Usually, there is a procedure to specify how an engine vibration analysis and balance need be only completed when squawked by a pilot or after the completion of maintenance [...]
Contact vs. Non-Contact Measurement and Linear Displacement Sensors GalleryContact vs. Non-Contact Measurement and Linear Displacement Sensors
Application Notes-MTI, Brand-MTI, Industry-Compliance Testing, Industry-Consumer Products, Industry-Electronics, Industry-Manufacturing, Industry-Semiconductor, Industry-Semiconductor-MTI, Industry-Sensors, Products-MTI-Capacitance, Z-REPUB, z1, ZOK
Contact vs. Non-Contact Measurement and Linear Displacement Sensors
Contact vs. Non-Contact Measurements Choosing between a contact measurement system and a non-contact measurement system requires careful evaluation of your application’s performance needs, material properties, environmental conditions, and measurement goals. Each system type offers unique advantages- and understanding these distinctions can help you make a more informed decision. Let's explores how contact and non-contact measurement techniques work, their strengths and limitations, and where they’re best applied. What Are Contact Measurement Systems? Contact measurement systems involve tools and sensors that physically touch the object to determine various physical characteristics. These systems are widely used in dimensional metrology, offering high precision, [...]
Foam Density Measurement: Capacitance Sensors vs. Nuclear Gauges
This application note from MTI Instruments compares two technologies for measuring foam density: capacitance sensors and nuclear gauges. It examines the basic operating principles of each technology and explains why capacitance measurement is recommended for in-line measurement during foam manufacturing. Capacitance Sensors Capacitive probes are non-contact devices that use electric fields to measure foam density. In combination with a thickness value, a density measurement may be calculated. These probes consist of a capacitance sensor inside of a protective housing and are part of a larger measurement system that includes amplifiers, cables, and software. With parallel plate capacitance, the capacitance probe [...]
Get More Out Of Your Military & Aerospace Applications
When testing the electrical systems for your military and aerospace applications, you need to ensure they are ready for the job and meet all the necessary standards. These specialized systems work to keep the highly sophisticated and advanced technology housed in these applications running at full strength, which requires the right amount of power to do their jobs effectively. Having the right electrical safety and performance testing equipment on hand can help determine the overall effectiveness of your applications. […]