Consecutive Numbering |
MICR Numbering | Bar Code Numbering
| MOD Numbering | Security Features
- Consecutive numbering changes sequentially from one form to the next.
- It can be used as a control feature to provide a distinct identity to each
- The standard numbering color is red, but other colors are available. Consult
your supplier for their color list.
- Several digit sizes are available for consecutive numbering and some manufacturers
of laser forms may offer more than one size.
- Alphabetic characters can also be used in the number.
- As shown in the illustration below, a consecutive number can be printed
in almost any location on a laser form. The number can be printed parallel
or perpendicular to the rest of the copy on the form and multiple numbers
can also be printed on a form. It is best to check with your print supplier
for their capabilities as this may differ between suppliers.
- Laser forms are normally press numbered. Crash numbering would add an offline
operation that would not normally be necessary for a laser form.
Crash Numbering: Forms are numbered after
they have been printed. They would have to be printed roll to roll
and then numbered on a roll collator or printed roll to sheet and
numbered on some type of sheet fed equipment. The numbering machine
makes an impression of the number on the form. Crash numbering is
generally used on multi-part forms that require the number to make
an impression through all of the parts.
Press Numbering: Forms are numbered at the
press as they are being printed. For laser forms, press numbering
is generally less expensive due to the elimination of the offline
crash numbering process.
- MICR (Magnetic Image Character Recognition)
is a special encoded number used on checks and other secure documents that
can be read by MICR scanning equipment.
- It is printed using a MICR character font as shown above.
- A special magnetic ink is used to print the characters, making the MICR
encoding recognizable by the scanner.
- Banks use MICR encoding to scan account information from checks as they
go through the bank's system.
- MICR encoding is made up of a static number or a static and consecutive
number. The static number is used for account, routing, and amount numbers,
and the consecutive MICR number is used for check numbers.
To see a sample document with consecutive
numbering and MICR encoding, click the following link:
Bar Code Numbering
- Bar code numbering is used on many types of applications to code and decode
- It consists of bars and spaces of various sizes as shown in the sample above.
- The bar codes can be static (the same number on each form) or consecutive
(sequential from form to form).
- A number of different types of bar codes have been developed to meet the
special needs of different industries. The different bar code types are known
- The scanned information is received without the input errors that can occur
with the use of traditional methods of entering data. Bar coding is a much
more reliable, faster, and efficient method of gathering information.
For more information on bar coding, click on
MOD (Modulus) or check digit numbering involves selecting a
numbering method (MICR, Gothic, OCR, or Bar Code) to be used on documents for
which an additional digit will be printed to the right of a base sequential
number enabling the document owner to verify and control some aspect of the
document, it's contents, or the intended end-user of the document. Click the
link, MOD Numbering,
to learn more.
A number of features can be incorporated with
numbering to provide security to laser forms. Two of the most popular are Rainbow
numbering and Bleed-through numbering.
- Rainbow numbering:
A special technique that gives the number a rainbow appearance.
- Bleed-through numbering:
A technique in which the numbering ink contains a dye that bleeds through
the back of the document, 48 hours after production
Both Rainbow and Bleed-through numbering are
most commonly used on checks and other negotiable forms. Click on the links
above to see samples. Consult your supplier for availability of these features.
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