Magnetic ink character recognition systems offer high security levels because the MICR characters are written using iron oxide ink and follow a strict format, which makes it virtually impossible to forge; however, these specialized systems are costly and can only be used to read MICR fonts written in specific formats.
ink gets finished so fast
micr(magnetic ink character recognition)
Magnetic Ink Character Recognition
Advantages: Prints really fast, shiny (beautiful) colors. Disadvantages: Runs out of ink quite easily, ink is expensive. (That's just some i can think of at the moment.)
Magnetic Ink Character Recognition
MICR stands for Magnetic Ink Character Recognition. OCR stands for Optical Character Recognition. The former uses magnetic ink, the latter doesn't.
Magnetic Ink Character Recognition documents are highly legible and very hard to forge. On the downside, MICR devices only recognize a rigid set of specific characters and are considerably costly.
Magnetic Ink Character Recognition (MICR) technology offers high accuracy in reading characters due to the unique magnetic properties of the ink used. This makes it particularly useful in banking for processing checks efficiently. However, the setup costs for implementing MICR systems can be high, and the technology is limited to processing specific types of documents with pre-printed MICR characters. Additionally, MICR readers can be susceptible to errors if the characters are poorly printed or damaged.
MICR devices can read:Numbers
Magnetic Ink Character Recognition
Magnetic ink character recognition
MICR is used to facilitate the processing of cheques in banking systems. the data is typed in magnetic ink, mostly iron oxide which can be detected by a magnetic ink character reader and processed.