.NET ITF-14 Generator - Barcode ITF-14 Introduction ITF-14, also known as UPC Shipping Container Symbol ITF-14, ITF14, is the GS1 implementation of an Interleaved 2 of 5 bar code to encode a Global Trade Item Number.
Scandit Barcode scanning software turns smart devices into high performance and cost-efficient enterprise-grade data capture tools.
- ITF-14 barcode generator software helps users, who know little about programming skills or ITF-14 barcode, generate professional ITF-14 barcodes. Generate one or more industry-standard ITF-14 barcode on Windows Easy to copy & paste ITF-14 barcode to other applications, like Word Offer special property settings for ITF-14, like bearer bar style.
- ITF-14 barcode assigned digit 1(packaging indicator), digits 2-3 (UPC numbering), digit 4-8 (manufacture identification number, digit 9-13(item identification number, digit 14(check digits). Used for mark cartons, cases, and many more. It can be printed directly over corrugated boxes. Create ITF 14 Barcode with Great Barcode Generator.
- ITF-14 barcode assigned digit 1(packaging indicator), digits 2-3 (UPC numbering), digit 4-8 (manufacture identification number, digit 9-13(item identification number, digit 14(check digits). Used for mark cartons, cases, and many more. It can be printed directly over corrugated boxes. Create ITF 14 Barcode with Great Barcode Generator.
Barcode symbology
Value
Itf-14 Format Barcode Generator
Size
%Barcode Generator Instructions
Our barcode generator is a simple tool you can use to create QR, UPC-A, EAN-8, EAN-13, code39, code128 and ITF barcodes. Contexts 3 2 0 – fast window switcher systems. Coherence 5 2 3 – turn websites into apps using. These symbologies cover a broad range of use cases including product identification, logistics, inventory management, procurement and advertising. Use the following instructions to get started:
EAN-13 and UPC-A Barcodes
Create a UPC-A code by entering 12 numeric digits (example: 038678561125). Create a EAN-13 code by entering 13 numeric digits (example: 3033710074365).
EAN-8 Barcode
Create a EAN-8 code by entering 8 numeric digits (example: 30337100). Tidy up 4 1 23 download free.
QR Code
Create a QR code by entering any text or URL (examples: “hello world” or “https://www.scandit.com”). Note that URL’s must start with “http://” to be recognized as such.
ITF Barcode
Create an ITF by entering numeric digits, typically 14 (example: 55867492279103).
Code 39 Barcode
Create code 39 barcodes by entering valid characters: the capital letters A-Z, digits 0-9, and symbols -.$/ %* and space (example: I AM THE NUMBER 1 CODE).
Code 128 Barcode
Create code 128 barcodes by entering any ASCII data (example: Scandit43438!?).
ITF14 Barcode
This is a barcode optimized for numbers, even number of digits. The numbers are encoded in a high density manner into the barcode. If the number of digits to be encoded is an odd number, a zero will be prepended.
Generating this barcode using the Barcode Generator
ITF14 is based on the Interleaved 2 of 5 barcode with an additional top/bottom bar called the bearers bar. During a scan, a barcode may be slanted and this results in an incomplete read. The Bearers bar is usedto prevent an incomplete read. This barcode is typically used to mark containers of products.
Generating this barcode using the Barcode Generator
Generating this barcode in Excel
Generating this barcode using the Barcode Generator
Generating this barcode in Excel
ITF14 Barcode Fonts
The following is the list of fonts with varying heights supported by Aeromium.
FontCodeITF14H1.ttf
FontCodeITF14H2.ttf
FontCodeITF14H3.ttf (Default Font)
FontCodeITF14H4.ttf
FontCodeITF14H5.ttf
FontCodeITF14H6.ttf
FontCodeITF14H1.ttf
FontCodeITF14H2.ttf
FontCodeITF14H3.ttf (Default Font)
FontCodeITF14H4.ttf
FontCodeITF14H5.ttf
FontCodeITF14H6.ttf
Using this Barcode Manually
The following table lists the characters supported by the ITF14 barcode. Each barcode font character represents a 2-digit number.Data to be Encoded | Font Character to use |
00 | ' ' |
01 | '!' |
02 | '' |
03 | '#' |
04 | '$' |
05 | '%' |
06 | '&' |
07 | '' |
08 | '(' |
09 | ')' |
10 | '*' |
11 | '+' |
12 | ',' |
13 | '-' |
14 | '.' |
15 | '/' |
16 | '0' |
17 | '1' |
18 | '2' |
19 | '3' |
20 | '4' |
21 | '5' |
22 | '6' |
23 | '7' |
24 | '8' |
25 | '9' |
26 | ':' |
27 | ';' |
28 | '<' |
29 | '=' |
30 | '>' |
31 | '?' |
32 | '@' |
33 | 'A' |
34 | 'B' |
35 | 'C' |
36 | 'D' |
37 | 'E' |
38 | 'F' |
39 | 'G' |
40 | 'H' |
41 | 'I' |
42 | 'J' |
43 | 'K' |
44 | 'L' |
45 | 'M' |
46 | 'N' |
47 | 'O' |
48 | 'P' |
49 | 'Q' |
50 | 'R' |
51 | 'S' |
52 | 'T' |
53 | 'U' |
54 | 'V' |
55 | 'W' |
56 | 'X' |
57 | 'Y' |
58 | 'Z' |
59 | '[' |
60 | ' |
61 | ']' |
62 | '^' |
63 | '_' |
64 | '`' |
65 | 'a' |
66 | 'b' |
67 | 'c' |
68 | 'd' |
69 | 'e' |
70 | 'f' |
71 | 'g' |
72 | 'h' |
73 | 'i' |
74 | 'j' |
75 | 'k' |
76 | 'l' |
77 | 'm' |
78 | 'n' |
79 | 'o' |
80 | 'p' |
81 | 'q' |
82 | 'r' |
83 | 's' |
84 | 't' |
85 | 'u' |
86 | 'v' |
87 | 'w' |
88 | 'x' |
89 | 'y' |
90 | 'z' |
91 | ASCII 176 |
92 | ASCII 177 |
93 | ASCII 178 |
94 | ASCII 179 |
95 | ASCII 180 |
96 | ASCII 181 |
97 | ASCII 182 |
98 | ASCII 183 |
99 | ASCII 184 |
Start Character (Top/Down Bearers Bar) | '{' |
Stop Character (Top/Down Bearers Bar) | '}' |
Start Character (Rectangle Bearers Bar) | ASCII 190 |
Stop Character (Rectangle Bearers Bar) | ASCII 191 |
Examples
To encode the data '59348345668817' without the check digit manually, simply key in '{[BsMbx*}' and select the FontCodeITF14H3.ttf font. The output is as follows:
Itf-14 Barcode Generator
The '*' represents the number '10' where '1' is the last digit of the data and '0' is the check digit. The computation of the check digit is illustrated in the section below.
How to compute the check digit
For example if the data '59348345668810' is to be encoded as a barcode. The check digit is computed as follows:Data | 5 | 9 | 3 | 4 | 8 | 3 | 4 | 5 | 6 | 6 | 8 | 8 | 1 | ||
Starting from the last digit, multiply by 3 followed by 1. | |||||||||||||||
*3 | *1 | *3 | *3 | *1 | *3 | *1 | *3 | *3 | *1 | *3 | *1 | *3 | |||
Sum : | (5*1) + (9*3) + (3*1) + (4*3) + (8*1) + (3*3) + (4*1) + (5*3) + (6*1) + (6*3) + (8*1) + (8*3) + (1*1) = 140 | ||||||||||||||
If Sum Mod 10 is 0, the result is 0.Otherwise the result is 10 - (Sum Mod 10) | |||||||||||||||
Modulo 10 : | (140 % 10) = 0 | ||||||||||||||
Data to be encoded | 59348345668810 | ||||||||||||||
Mapping | 59 = '[' , 34 = 'B' , 83 = 's' , 45='M' , 66='b' , 88 = 'x' , 10 = '*' |
The characters '{[BsMbx*}' can then be keyed in to the text editor with the appropriate font selected to generate a ITF14 barcode with check digit.
Back to Barcode Fonts.