White Papers

High Speed Thermal Cameras -- The Need for Speed

With today’s engineering challenges, the need for non-contact, high speed thermal measurement has never been greater. Traditional forms of temperature measurement such as thermocouples and spot pyrometers do not offer the resolution or speed required to fully characterize high speed thermal devices and provide adequate temperature measurement. Infrared cameras offer thousands, even millions, of points of non-contact high speed thermal measurement. However, not all infrared detectors are created equal. Here we’ll discuss the most common types of thermal infrared detectors and the capabilities as well as limitations of each. You’ll find this discussion helpful for solving applications involving fast moving targets or targets with fast thermal slew rates and the following information will provide the knowledge base to ensure measurements are reliable, avoiding a “garbage in, garbage out” situation.

Posted in: White Papers, Defense, Cameras, Imaging, Data Acquisition, Detectors


The Advantages of Cooled IR Cameras

For many years, thermal imaging cameras have been used by scientists, researchers and R&D specialists for a wide range of applications, including industrial R&D, academics & research, non-destructive testing (NDT) & materials testing, and defense and aerospace. However, not all thermal cameras are created equal and for some applications dedicated, advanced thermal cameras with high speed stop motion capability are required in order to get accurate measurements.

Posted in: White Papers, Automotive, Cameras, Imaging


Molds for Medical Technology

The demand for productivity in the field of medical consumables is consistently growing at a rapid rate. The growth of the world’s population, expanding urbanization, aging societies, and increasing self-medication are contributing to this growing demand, despite manufacturers’ limited production space. Costs continue to rise, and manufacturers are increasingly looking at stack molds for their capability to double the output while reducing waste.

Posted in: White Papers, White Papers, Medical


MC Works64 - 64-bit advanced SCADA featuring 3D Graphics

MC Works64 is an integral software providing a variety of functions and refined user interfaces suitable for social infrastructure fields. Apply this software to comprehend the plant operation state and monitor plant-wide operation to support efficient plant operations. VIEW CATALOG HERE

Posted in: White Papers, Manufacturing & Prototyping, Motion Control, Machinery & Automation, Robotics


Design to Manufacturing: Complete Support for High-Precision Components

The medical device, aerospace, and automotive industries are fast-moving, complex, and highly competitive. They demand suppliers who are willing and able to meet even the most rigorous production requirements, quality standards, and timetables.

Posted in: White Papers, Manufacturing & Prototyping, Coatings & Adhesives, Materials


Improving Medical Devices with Force Sensing Technology

This white paper explores the exciting new trend toward designing smart medical devices that provide critical force feedback to eliminate guesswork, improve outcomes, and increase consistency. Technical topics covered include the unique advantages of force sensing resistor technology over traditional technologies such as strain gauges and load cells. These advantages include simpler electronics, wider dynamic range, ease of integration, and lower cost. The white paper highlights how thin and flexible sensors have enhanced a wide range of medical device applications by providing force feedback and making the products smart.

Posted in: White Papers, Sensors


Mikrotron Cameras Bring Accuracy, High Performance, and Flexibility to 3D Trajectory Reconstruction

Static two-dimensional images have proven to be of great analytical value, but analysis in more dynamic environments depends upon accurate and continuous imaging of three-dimensional volumes. Fluid motion often presents that type of dynamic environment. For example, turbulent fluid flow through irregular media — such as water flow along a gravel streambed — is almost impossible to represent with a closed-form mathematical model. To study such situations, researchers turn to a technique called 3D particle tracking velocimetry, or 3D-PTV. Mikrotron cameras have proven to be invaluable elements of high-performance 3D-PTV systems.

Posted in: White Papers, Imaging


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