Manufacture of Linear and Rotary Encoders, Digital Readout Systems and Metrology Equipment.

In this technology-driven world, many industries that are manufacturing high, medium, small, and tiny size components or parts are today facing the increased need of detailed inspection requirement in terms of the feature measurement, frequency, productions statistics, and accurate specifications. Industries or manufacturers need these advancements in the precision measurement technologies so that greater accuracy can be achieved when checking the components or parts, measurement cycle speed as well as the concrete ability to measure precisely the geometric features and its free-flowing forms. Technology has come a long way in the past few years, although there are tools that are already available which offer or meet such precise measurement and inspection requirements. The need is to have such solution or approach in place that should not only offer the accurate and effective results but at the same time can serve the needs of the different production environment for increasin

What are Magnetic Linear Encoders? At the outset, let us understand the concept of linear encoders. These encoders are sensors, transducers, or readhead coupled up with a position encoding scale. There are two types of encoders, either absolute or incremental. Magnetic linear encoders are one of the types of linear encoders that are comprised of active (magnetized) or passive (variable reluctance) scales. The position may be sensed or determined with the help of sense coils, magnetoresistive readheads , or the Hall Effect. Application of Magnetic Linear Encoders Magnetic linear encoders have been in use for quite some time throughout various industrial applications. These are primarily used in measurements and motion systems. Speaking of measurements, the application of absolute magnetic encoders includes laser scanners, gear measurement, tension testers, calipers, digital readouts, etc. In motion systems, linear encoders offer high-speed and accurate movements and the appl