The serial number of a Zeiss Triotar 7.5cm f/4.5
fitted in this Art Deco Rolleicord
image by Dirk HR Spennemann(Image rights)

1Carl Zeiss Jena

GUI (Web Based Manager) information, FortiOS 3.0, 4.0, 4.1; In the following example: Serial Number = FGT-04 Version = 3.00 Build = 0752.
The serial number can be found on the bottom of the camera, in the bar code on the original box or on the original invoice or receipt. On the bottom of the camera: Digital Still Camera; Camcorder; Alpha (α) DSLR Camera; On the original box: On the original invoice or receipt: The product invoice or receipt may have the serial number of the camera.
That's why the second digit isn't just part of the serial number itself: it’s also reserved as a special region indicator, when needed. In other words, while US products normally would be 30, 31, 3239 in initial numbers, Nikon has set things up so that they could make, say, a 25 region code that's US for a product (normally that would be.

Canon offers a wide range of compatible supplies and accessories that can enhance your user experience with you RF100-500mm F4.5-7.1 L IS USM that you can purchase direct. Scroll down to easily select items to add to your shopping cart for a faster, easier checkout.

Carl Zeiss Jena

Part of the serial number sequence of lenses made by Carl Zeiss Jena ^[1]

Serial nº	Year
137,418-200,520	1912
208,473-249,350	1913
249,886-282,739	1914
282,800-284,500	1915
285,200-288,100	1916
289,087-298,157	1917
298,215-322,748	1918
322,799-351,611	1919
375,194-419,823	1920
433,273-438,361	1921
422,899-498,006	1922
561,270-578,297	1923
578,297–631,501	1924
631,500-648,500	1925
666,790-703,198	1926
722,196-798,251	1927
903,100-908,150	1928
919,794-1,016,885	1929
922,488-1,239,697	1930
1,239,699-1,365,582	1931
1,364,483-1,389,279	1932
1,436,671-1,456,003	1933
1,500,474-1,590,000	1934
1,615,764-1,752,303	1935
1,674,882-1,942,806	1936
1,930,150-2,219,775	1937
2,267,991-2,527,984	1938
2,527,999-2,651,211	1939
2,652,000-c2,678,000	1940
2,678,326-2,790,346	1941
2,800,000- ?	1942

Post-War Production

3,000,000-3,200,000	1945-1949
3,200,000-3,470,000	1949-1952
3,470,000-4,000,000	1952-1955
4,000,000-5,000,000	1955-1958
5,000,000-6,000,000	1958-1961
6,000,000-6,000,000	1961-1964
7,000,000-8,000,000	1964-1967
8,000,000-9,000,000	1967-1970
9,000,000-10,000,000	1970-1975

Carl Zeiss Oberkochen

Part of the serial number sequence of lenses made by Zeiss after World War II at Oberkochen/ West Germany ^[1]

Serial nº	Year
10,000-500,000	1946-1951
500,000-1,100,000	1951-1953
1,100,000-2,600,000	1953-1959
2,600,000-3,000,000	1959-1961
3,000,000-4,000,000	1961-1965
4,000,000-5,000,000	1965-1969
5,000,000-6,000,000	1969-1971
6,000,000-7.300,000	1971-1975

Notes

↑ ^1.0^1.1Wilkinson, M, and C Glanfield. 2001. A Lens Collector's Vade Mecum, CD-rom Version 3F. Edited by A. N. Wright. Cornwall, UK: David Matthews Associates. Chapter 7, Page 99-101.

F4 Software Serial Number Cracks

Retrieved from 'http://camera-wiki.org/index.php?title=Carl_Zeiss_serial_numbers&oldid=123651'

The custom macro shown below will allow you to mill numbers on your workpieces. Though it has some limitations that can be easily improved upon, the macro shows the logic behind how serializing can be done.
A permanent common variable (#500) is used to keep track of the current serial number. Prior to starting a production run, the operator must reset this variable to zero. This custom macro allows you to serialize numbers from 1 to 999, which should cover most production runs. If you need to serialize higher, then you can figure out the logic for doing so from our example.

You’ll call the serializing custom macro from your main program after you’ve commanded that the engraving tool be placed in the spindle. The variables you’ll place in the call statement to the custom macro include: X and Y position to start (X, Y); the Z surface into which to engrave (Z); the spacing you desire between the characters (S); the feedrate for milling (F); and the depth to which you want to engrave (D). The custom macro does the rest, stepping the serial number each time the it is called, and milling the current number.

Ten subprograms are required, one for each number (0 through 9). The program for the number zero is O5000. Number one is O5001. Number two is O5002 and so on through O5009. We’ve included one example number (one, program O5001), but there isn’t room here to show them all. If you want the rest of them, then visit www.cncci.com/resources/tips/serial.htm. However, it’s likely that you’ll need to create your own number programs, based upon the size and font you require (the numbers you can find on my Web site are 1.0-inch high).

F4 Software Serial Numbers

Here is a sample calling program—just enough to show the custom macro being called:

O0001 (MAIN PROGRAM)
N005 T01 M06 (ENGRAVING TOOL)
N010 G54 G90 S440 M03
N015 G00 X0 Y0
N020 G43 H01 Z1.0 M08
N025 G65 P4999 X1.0 Y1. Z0.0 F4.0 S0.75 D0.01
N030 G91 G28 Z0 M19
N035 M30

Here is the serializing custom macro program:
O4999 (SERIAL NUMBERING CUSTOM MACRO)
#111=#24 (FIND CURRENT X ABS)
#112=#25 (FIND CURRENT Y ABS)
#113= #26 (FIND CURRENT Z ABS)
#500 = #500+1 (STEP SERIAL NUMBER)
#110 = #19 (SPACING)
#121 = #9 (FEEDRATE)
(1 THROUGH 1O)
IF [#500 GT 9] GOTO 10
G52 X#111 Y#112
#105 = 5000 + #500
G65 P#105 Z#26 D#7
G52 X0 Y0
GOTO 99

(10 THROUGH 99)
N10 IF [#500 GT 99] GOTO 20
G52 X#111 Y#112
#100 = FIX[#500/10] (GET FIRST)
#105 = 5000 + #100
M98 P#105
G52 X[#111+#110]
#101 = #500 - #100*10
G65 P[5000+ #101] Z#26 D#7
G52 X0 Y0
GOTO 99

(100 THROUGH 999)
N20 IF [#500 GT 999] GOTO 30
G52 X#111 Y#112
#100 = FIX[#500/100] (GET FIRST)
G65 P[5000 +#100] Z#26 D#7
G52 X[#111+#110] Y#112
#101 = #500 - #100*100
#102 = FIX [#101/10] (GET SECOND)
G65 P[5000+ #102] Z#26 D#7
G52 X[#111+#110*2] Y#112
#103 = #101 - #102*10 (GET THIRD)
#105 = 5000 +#103
G65 P#105 Z#26 D#7
G52 X0 Y0

GOTO 99
N30 #3000 = 100 (OUT OF RANGE)
N99
M99