Cheque Format in India: Every Part of a Cheque and What It Does

Indian cheque leaves are standardized around 202 x 92 mm (about 8 x 3.6 inches), on CTS-grade security paper (typically 95 GSM), with light pastel backgrounds so dark ink scans cleanly in image-based clearing. The paper itself is not ordinary stationery: it is security-printed stock sourced from RBI-approved printers, with the CTS-INDIA watermark embedded in the paper fiber during manufacture. The 95 GSM weight gives the leaf enough body to survive handling, folding into envelopes, and mechanical processing through clearing systems without tearing or degrading the MICR band. The light pastel background — usually a faint wash of yellow, pink, or blue — is a deliberate CTS design choice: in image-based clearing, the scanner captures the cheque as a high-contrast image, and a dark or busy background would reduce the legibility of handwritten entries and risk image-quality returns. The pastel wash provides enough visual texture to deter simple photocopy forgery while keeping the foreground text crisp.

The MICR band occupies a protected clear band along the bottom 5/8 inch of the leaf: nothing should be written or stamped there, ever, because clearing machinery reads it magnetically and optically. The MICR band is the most failure-sensitive zone on the entire cheque. It carries the cheque number, the 9-digit MICR code identifying the city, bank and branch, the account/type digits, and the 2-digit transaction code that tells the system whether the instrument is a cheque, a withdrawal slip, or another type. The characters are printed in a special E-13B magnetic ink font that MICR sorters read magnetically and the CTS image system reads optically. A staple hole, a fold crease, a stamp impression, or even an aggressive signature that bleeds into this band can cause the cheque to be returned for "MICR band not clear" — a purely technical return that has nothing to do with the drawer's balance or signature. See the CTS guide.

Beyond the MICR band, the leaf carries several other physical features that are easy to overlook but matter for clearing. The cheque number is printed twice — once in the MICR band at the bottom left and once in plain print at the top right — so the presenting bank can cross-reference the two. The "Please sign above" line at the bottom right marks the only zone where a handwritten signature is expected, and the personalized account holder name printed just below it helps the drawee bank confirm the drawer's identity during signature verification. Perforations along the spine of the leaf allow clean detachment from the cheque book stub, and the stub itself retains a carbon or counterfoil copy of the key fields for the drawer's records.

The FIELDS are standardized; the STYLING is not. SBI, HDFC, ICICI and every other bank place the date boxes, payee line, amount fields, signature panel and MICR band in the same functional zones, but each bank's leaf differs in exact field coordinates by a few millimeters, background art, fonts and pre-printed crossing. The CTS-2010 standard defines the functional layout — which zone holds which field — but it does not mandate pixel-exact placement. So SBI's date boxes might sit 3 mm higher than HDFC's, ICICI's payee line might start 5 mm further left than Axis's, and the amount-in-figures box might be a slightly different size on Kotak than on PNB. The background art, the font choices for the pre-printed labels, the exact shade of the pastel wash, and whether the leaf comes pre-crossed with "A/c Payee" lines are all per-bank design decisions.

Those few millimeters are precisely why printing on cheques requires per-bank templates. Software that prints the payee name 4 mm too low on an HDFC leaf prints into the amount line. A template calibrated for SBI's date boxes will misalign on Canara Bank's leaf, and the MICR band — the one zone where misalignment is fatal — sits at a slightly different offset on every bank's stock. Generic "print a cheque" software that assumes all banks are the same will produce cheques that look fine to the eye but fail in clearing because a field spilled into the wrong zone or the MICR band was partially overprinted. ChequeGuru ships 25+ pre-configured Indian bank templates measured to each bank's actual leaf, plus an alignment engine to calibrate any bank's format in minutes. See sample cheque templates and the cheque alignment guide.

The practical consequence for a business that issues cheques across multiple banks — say, operating accounts at three different banks for different entities or locations — is that each account needs its own template, and switching templates when you switch cheque books must be a one-click operation, not a re-calibration exercise. A multi-bank business that tries to manage this with a single generic template inevitably produces a steady trickle of misaligned cheques, some of which will be returned in clearing. The per-bank template approach eliminates this entire class of problem.

Every CTS-2010 cheque carries a layered set of security features designed to deter forgery, tampering, and photocopying. These features are not decorative — they are the reason a cheque printed on ordinary paper from a home printer will be caught at the clearing end, and the reason a photocopy of a genuine cheque cannot be passed off as the original. Understanding them helps you handle cheques correctly: writing over a watermark, stamping into the MICR band, or folding through a security feature can all cause returns that look mysterious until you realize the leaf itself was compromised.