• Instrument Serial Number Lookup
• King Instrument Serial Numbers
• Yamaha Instrument Serial Numbers
• Orsi Instrument Serial Numbers
• York Instrument Serial Numbers

Serial numbers can be found in a variety of places on different instruments. Please use the images below to help locate the serial number on your instrument.

Martin Serial Numbers

Identifying Martin Stringed Instruments

Martin began producing instruments in 1833. Prior to serial numbers, the different instruments were identified by the Martin brand which was stamped into the back of the headstock, the upper portion of the back or on the back binding strut visible through the soundhole (the eased blocking reinforcing the center joint between the 2 back pieces).

The original instruments had a paper label that read: “Martin and Coupa”

Some pre-1898 guitars have the date penciled on the top just inside the sound hole.

Before 1929, the model size and style designation was generally written on a paper label and glued inside the top of the instrument case.

After workers at the Nazareth factory had been employed for a period of years they were permitted to fashion an instrument for themselves at the plant. Many of these unique instruments pop-up today and don’t fit any clear category. Fortunately, they are often signed by the builder.

Ukuleles did not carry serial numbers but can be roughly identified and dated by the headstock:

Instrument Serial Number Lookup

Interestingly, the original order for Martin decals was placed in June of 1932. This implies that a number of ukuleles built in 1930 remained in the factory until being sold in 1932. It was, after all, the depression. This would also explain why the occasional pre-1932 Martin guitar appears with a decal.

Martin Serial Numbers: Guitars

Martin Serial Numbers: Mandolins

* 259,996-260,020 could also be 1976

Martin Serial Numbers: Range & Production

The serial numbers started with number 100 and go to 99999. We’ve found many exceptions to these numbers but they are an OK guideline to the approximate date of manufacture.

Gibson Serial Numbers: 1903-1947

Labels that are white oval were used from 1902 to 1954. The oval label were then changed to orange. On instruments with round sound holes, the label is visible directly inside. On f-hole instruments, it is visible through the upper f-hole. The second type of serial numbers used started with an A prefix and ran from 1947 to 1961. The first number is A 100.

Gibson Serial Numbers: 1947-1961

In 1961 it changed again. The following are the approximate serial number ranges.

Gibson Serial Numbers: 1961-1968

From 1970-1975 all numbers were stamped into wood and assigned a six digit number. There are many exceptions and sometimes letter prefixes were used. The orange labels inside hollow bodied instruments were discontinued in 1970 and replaced by white and orange rectangle labels on the acoustics and small black, purple and white rectangle labels were used on electric models.

King Instrument Serial Numbers

In 1970, the words “MADE IN USA” was stamped into instrument headstocks (though a few instruments from the 1950s also had MADE IN USA stamped into their headstocks).

Year(s) and Approximate Serial Numbers

• 1970, 1971, and 1972 100000s, 600000s, 700000s, 900000s
• 1973 000001s, 100000s, 200000s, 800000s and a few “A” + 6 digit numbers
• 1974 and 1975 100000s, 200000s, 300000s, 400000s, 500000s, 600000s, 800000s and a few A-B-C-D-E-F + 6 digit numbers

During the period from 1975-1977 Gibson used a transfer that had eight digit numbers, the first two indicate the year, 99=1975, 00=1976 and 06=1977, the following six digits are in the 100000 to 200000 range. MADE IN USA were also included on the transfer and some models had LIMITED EDITION also applied. A few bolt on neck instruments had a date ink stamped on the heel area.

In 1977, Gibson first introduced the serialization method that is in practice today. This updated system utilizes an impressed eight digit numbering scheme that covers both serializing and dating functions. The pattern is as follows:

• YDDDYPPP
• YY is the production year
• DDD is the day of the year
• PPP is the plant designation and/or instrument rank.

The numbers 001-499 show Kalamazoo production, 500-999 show Nashville production. The Kalamazoo numbers were discontinued in 1984. When acoustic production began at the plant built in Bozeman, Montana in 1989, the series numbers were reorganized. Bozeman instruments began using 001-299 designations and, in 1990, Nashville instruments began using 300-999 designations. It should also be noted that the Nashville plant has not reached the 900s since 1977, so these numbers have been reserved for prototypes.

Examples:

• 70108276 means the instrument was produced on Jan.10, 1978, in Kalamazoo and was the 276th instrument stamped that day.
• 82765501 means the instrument was produced on Oct. 3, 1985, in Nashville and was the 1st instrument stamped that day. However, it has come to light recently that the Kalamazoo plant did not directly switch over to the “new” 8 digit serialization method in 1977. When the Nashville Gibson plant was opened in 1974, it was decided that the bulk of the production of products would be run in the South; the Kalamazoo plant would produce the higher end (fancier) models in the North. Of course, many of the older guitar builders and craftsmen were still in Kalamazoo; and if they weren’t ready to change how they built guitars, then they may not have been ready to change how they numbered them! Certain guitar models built in the late 1970s can be used to demonstrate the old-style 6 digit serial numbers.

It is estimated that Gibson’s Kalamazoo plant continued to use the 6 digit serial numbers through 1978 and 1979. So double check the serial numbers on those 1970s L-5s, Super 400s, and Super 5 BJBs!

Gibson’s Factory Order Number (FON) System
In addition to the above serial number information, Gibson also used Factory Order Numbers (FON) to track batches of instruments being produced at the time. In the earlier years at Gibson, guitars were normally built in batches of 40 instruments. Gibson’s Factory Order Numbers were an internal coding that followed the group of instruments through the factory. Thus, the older Gibson guitars may have a serial number and a Factory Order Number. The FON may indicate the year, batch number, and the ranking (order of production within the batch of 40). This system is useful in helping to date and authenticate instruments. There are three separate groupings of numbers that have been identified and are used for their accuracy. The numbers are usually stamped or written on the instrument’s back and seen through the lower F hole or round soundhole, or maybe impressed on the back of the headstock.

1908-1923 Approximate #s

Gibson Serial Numbers: 1908-1923

Factory Order Numbers for the years 1935-1941 usually consisted of the batch number, a letter for the year and the instrument number. Examples are as follows:

• 722 A 23
• 465 D 58
• 863 E 02

Code Letter and Year

• A 1935
• B 1936
• C 1937
• D 1938
• E 1939
• F 1940
• G 1941

Code Letter Factory Order Numbers were discontinued after 1941, and any instruments made during or right after World War II do not bear an FON codes. In 1949, a four digit FON was used, but not in conjunction with any code letter indicating the year.
From 1952-1961, the FON scheme followed the pattern of a letter, the batch number and an instrument ranking number (when the guitar was built in the run of 40). The FON is the only identification number on Gibson’s lower grade models (like the ES-125, ES-140, J-160E, etc.) which do not feature a paper label. Higher grade models (such as the Super 400, L-5, J-200, etc.) feature both a serial number and a FON.
When both numbers are present on a higher grade model, remember that the FON was assigned at the beginning of the production run, while the serial number was recorded later (before shipping). The serial number would properly indicate the actual date of the guitar. FON examples run thus:

• Y 2230 21
• V 4867 8
• R 6785 15

Code Letter and Year

• Z 1952
• Y 1953
• X 1954
• W 1955
• V 1956
• U 1957
• T 1958
• S 1959
• R 1960
• Q 1961

After 1961 the use of FONs was discontinued at Gibson. There are still some variances that Gibson uses on some instruments produced today, but for the most part the above can be used for identifying instruments. For the most accurate identification you would need to contact the Gibson Guitar Corporation itself.

Gibson Banjo Serial Number Reference: 1925-1935

Gretsch Model and Serial Numbers

Gretsch Model Numbers

Gretsch Model Numbers: 1948-1975

1959

Gretsch Model Numbers: 1971-1981

Gretsch Model Numbers: 1989-Present

Before 1965 it is possible to determine the approximate date of the instrument by it’s serial number but a more accurate method is to consider both the serial number and the appropriate specifications together. The system of numbering at the Brooklyn Gretsch factory was approximate at best and many inconsistencies exist in both serial numbers and product line specifications. To complicate matters, Gretsch built many one-of-a-kind prototypes and there were employee variations on the cataloged lines.

Since there are examples of consecutively numbered instruments with different specifications, it appears that the serial numbers were not applied simply to batches of instruments.

1949 to 1965 Serial Numbers

Numbers can be found stamped in ink on the inside of the instrument back wood or on the Gretsch label itself. Most F-hole models have the label on the inside back and can be seen through the f-holes. Solidbody models with control plates have the label somewhere inside the control cavity. Some serial numbers have been found scratched on the inside control plate of solidbody guitars and sometimes the serial number is impressed on the top edge of the headstock.

Gretsch Serial Numbers: 1949-1965

1965 to 1972 Serial Numbers

The number can be found on the back of headstock or on the top edge of the headstock and (prior to 1967) with no hypen in the number. Also: “Made in USA” is stamped on the back of the headstock next to the serial number starting in June 1967 through approximately 1973.

• First digit or first 2 digits month (1-12)
• Next digit last digit of the year (1965 to 1972: 5,6,7,8,9,0,1,2)
• Remaining digits rank of individual instrument

Example:

• 118243 November 1968, 243rd instrument
• 31041 March 1971, 41st instrument
• 993 September 1969, 3rd instrument

1973 to 1981 Serial numbers

Hyphenated number impressed into back of peghead.

• 1 or 2 digits before hyphen month (1-12)
• First digit after hyphen last digit of year
• Last 3 digits rank of instrument

Example:

• 10-5155 October 1975, 155th instrument
• 4-622 April 1976, 22nd instrument

1900-1970 Sequential-listed below
1-6 digits stamped into the top edge of the headstock-often difficult to read. Some banjo models have the serial number stamped on the inside of the rim.

1970-1972
6 digits hand-written on the label or printed on a silver sticker placed on, or near the label inside the instrument. It’s not uncommon for those stickers to fall off where they can sometimes be found loose inside the instruments.

1972-1974
6 digits printed on a small brown paper label glued to the label.

1974-1979
Six digits printed on the label.

Levin Serial Numbers

The Levin factory closed in 1979. Some nylon string acoustic models were built by Landola in Finland.

Levin Serial Numbers and Model Names

In late 1947, Levin redesigned and modernized its entire line of instruments. Changes included cutaways on archtops, natural finish on some f-hole guitars and mandolins, and a line of nylon string acoustics. Up to that point, only the top 3 archtop guitar models (The De-Luxe, Solist and Royal), some early lutes and some fancier banjo models had names. All Levin’s other instruments were identified by a model number only.

After 1947 all models were given a name and a model number. The model number was inconsistently stamped as a prefix or suffix to the serial number. If the model was available in both natural and sunburst finish, the letter “N” would follow to denote a natural finish instrument. The use of a prefix or suffix was largely discontinued in 1955 when the most of the lines were redesigned again. Some prefix and suffix designations remained on old models until they were all discontinued by 1958. In the redesigned lines of 1955, all models were identified by model number only.

Levin Prefixes and Suffixes of the Lines of 1947-1955 (1958)

A few prefix or suffix’s were occasionally used-but without clear reason.

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1. Overview of Serial Bus

Serial is a common device communication protocol for instrument control because most computers and many remote instruments include at least one serial port. Single applications can be used across a variety of instruments with few modifications, reducing programming and test time.
For more information on the serial protocol, including information on transfer speeds and important parameters, please refer to Serial Communication Overview.

2. Connecting and Setting up a Serial Instrument Control System

Engineers typically use serial to transmit American Standard Code for Information Interchange (ASCII) data. All data types are converted to strings of ASCII characters and then transmitted bit by bit across the serial bus. For two ports to communicate, both the instrument and the controlling computer must have the same baud rate, data bit size, stop bits, and parity.
A basic serial instrument control system consists of three parts:
1. PC (or controller) with a serial port
2. Serial cable
3. Serial instrument
As mentioned, most computers include a serial port. The only hardware setup required is connecting the serial cable to the serial port on the PC and the serial port on the instrument. The serial instrument may include some hardware drivers or software utilities for communication, and should include documentation on the baud rate, packet size, stop bits, and parity bits that the instrument will use. Additionally, check the National Instruments Instrument Driver Network to see if LabVIEW drivers already exist for your instrument, as well has tutorials on how to use them.
To confirm that the serial port on your computer is working properly, refer to Serial Communication Starting Point, to see how to perform a serial loop back test.

3. How to Create a VISA Resource for the Instrument in MAX

Yamaha Instrument Serial Numbers

With NI-VISA, communicating with your serial instrument is easy. To confirm that you are able to communicate with your instrument, open Measurement & Automation Explorer (MAX) found at Start>>Programs>>National Instruments>>Measurement & Automation.

Figure 1. MAX Main Menu

Expand the Devices and Interfaces subdirectory below My System. Below it you should see all the serial and parallel ports on your computer. In this example the computer has one serial port (“COM3”). Figure 2 shows the directory path to the serial port and the configuration window when COM1 is selected.

Figure 2. Serial Port Configuration Window

From this configuration window you can change the VISA Alias for easier identification and you can also communicate with your instrument through a VISA Test Panel by selecting Open VISA Test Panel. Your instrument should have specific commands for collecting and transmitting data and you can use the VISA Test Panel to test these functions and verify that they are working properly.
Using NI-VISA to Communicate with Your Serial Instrument
NI-VISA makes serial instrument programming fast and easy. VISA Open, VISA Read, VISA Write, and VISA Close are the basic VISA functions in LabVIEW used in the example VI in Figure 3. This example opens a VISA session to a serial device. A command is written to the device, and the response is read back. In this example the specific command being sent is the ID query for the device. Check with your device manufacturer for your device command set. After all communication is complete, the VISA session is closed.

Figure 3. LabVIEW Serial Program Using NI-VISA

NI-VISA provides built in serial examples to assist users with application design and development.

• Serial examples for LabVIEW can be found the in LabVIEW Example Finder by navigating to Help>>Find Examples>>Hardware Input and Output>>Serial. The Readme file for each NI-VISA version provides more information on where to find LabVIEW Serial examples.
• Serial examples for .NET, C and VB6 can be found by navigating to Start>>All Apps>>National Instruments>>NI-VISA Examples.

Orsi Instrument Serial Numbers

4. Related Resources

York Instrument Serial Numbers