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

While conducting complex manufacturing and industrial operations, the accuracy of various readings obtained and that of the positioning of various elements of the equipment plays a significant role. These figures you the exact status of various elements associated with the equipment and the equipment as a whole. Electronicaems, one of the oldest shining stars in the Indian manufacturing cosmos, manufactures a wide range of accurate and long-running milling machine DRO and lathe machine DRO. Scroll down through this blog, as it would take you through some of the commonly known facts of both the machines, with, of course, a short excerpt acquainting Electronicaems to you! The Concept of Milling Machine DRO Obviously, as an expert, you need not be reintroduced to the concept of milling machine DRO. However, for the ones who want to seek some insights about it, here’s what it means. At the outset, let us understand what is DRO? DRO, or also known as digital read out on the manufac

While most encoders don’t work accurately when there is excessive debris or dust accumulation, Absolute Magnetic Encoders  provide impressive precision. Furthermore, when there obstructive external factors such as vibration, electric shock or even the smallest hint of any wrong alignment, these hi-tech encoders work accurately, overruling all such conditions. Electronica Mechatronic Systems is undoubtedly India’s no.1 designer and manufacturer of industrial encoders for the precision-based controlling of position and motion in various industrial applications. How does an absolute magnetic encoder work? The entire working mechanism of these seemingly complex encoders, is actually very simple. Two or more magnetic poles relay the encoder position. Now while the deducing of the angle of the shaft is more or less like that of an optical encoder, the use of microprocessor makes it a fool-proof system with minimal chance of error. Yet another unique trait of these magnetic encode