Large mirrors are crucial in various optical systems, particularly long-range multi-spectral setups for defense, surveillance, and commercial use, like UAV optics and agricultural temperature monitoring. Aerospace applications, such as satellites and telescopes, are common. These mirrors come in different shapes and materials, including Al, Si, Ge, and Cu, spanning visible, UV, and IR spectrums. By using advanced CNC grinding, polishing, and diamond turning we provide precise surface forms, with tight tolerances, and multispectral performance. Our mirrors, up to 700mm in diameter, provide impressive specifications: 0.05% radius tolerance, less than 0.5Fr P-V irregularities, 0.1Fr RMS at 0.633μ, and sub-40Å RMS roughness. MKS Ophir's proprietary coatings enhance spectral performance and surface durability. Contact us to set a meeting at ADEX Seoul

- To measure RCS for the aircrafts, warships, helicopters, chaff and etc. - Verify to meet pre-defined RCS specifications on design phase.

The ACTUS® PARA-3M is a mission-critical magnifier designed for rapid and precise targeting of close- to mid-range threats in high-intensity operational environments. With a 3x magnification, it enhances accuracy and adaptability, ensuring superior performance in dynamic combat situations and supporting both near and long-range precision shooting for mission success.

The Dosimetric Assessment System (DASY) is a robot-based, high-precision electromagnetic (EM) short-field scanning platform first introduced in 1994. Since then, more than 800 systems have been installed worldwide. DASY8, the 8th generation DASY, is capable of conducting certification tests to comply with all national (e.g. KC, FCC, CENELEC) and international guidelines, standards and regulations (e.g. IEC, IEEE, ICNIRP) and covers a wide range of electromagnetic waves from 3 kHz to 110 GHz. Covers R&D measurement tasks related to exposure. DASY8 is available with hardware and software modules, including several applications.

FIRSTEC is developing primary components such as avionics & environmental control devices for KF-21, T-50, KUH, and LAH/LCH.

A gearbox refers to a mechanical device made up of various gears to transmit the power needed to rotate a shaft. Depending on the type of speed transmission, it is divided into a reduction gearbox and an increaser gearbox. If the speed of the driven shaft is lower than that of the drive shaft, it is called a reduction gearbox, and if it is higher, it is called an increaser gearbox. A reduction gearbox is mainly used to obtain high torque by reducing the rotation speed of the drive source (motor) to the required rotation speed, and an increase gearbox is used to obtain high-speed rotation by increasing the limited rotation speed of the drive source (motor). It is used for this purpose. Depending on the type of gear (helical gear, bevel gear, planetary gear, worm gear, etc.), it can be manufactured in various shapes.

Arm the Future Force with Battle-Tested Unmanned Systems FLIR offers several Unmanned Aerial Systems, ranging in size from the world's smallest nano-UAS to its Group 1 VTOL platform, which has more operational heritage than any other asset in its class.

Our electronics business sector has been producing copper cladded laminates of printed circuit boards for over 20 years. To meet high heat dissipation for the newest electronic technology, we have developed metal based laminates and carbon laminates.