magnetic ink character reader as defined by the ANSI is the common machine language specification for paper based payment transfer data.
The MICR technology is primilarily used by banking industry to facitilate the processing cheques.the technology allow the computer to read the information such as accont no. off printed document unlike barcodes or similar technologies . however MICR character are easily read by human
MICR stands for magnetic ink character reader
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.
Magnetic character readers operate by detecting the magnetic ink used in printed characters, typically found on checks and other financial documents. The reader scans the document and uses magnetic sensors to identify the unique magnetic fields created by the ink. This data is then processed to translate the magnetic signals into readable text or numerical values, allowing for automated data entry and processing. The technology enhances accuracy and efficiency in handling documents with printed magnetic characters.
rahul borole
micr(magnetic ink character recognition)
Magnetic Ink Character Recognition
ink gets finished so fast
The MICR (Magnetic Ink Character Recognition) code has 9 digits and are also used to identify the bank-branch for cheque clearing and online transaction processes. You can find MICR or IFSC codes of all branches across Indian at www.indiancodes.org Its quite faster too.
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.
MICR devices can read:Numbers
Magnetic Ink Character Recognition