Sigma Lens Serial Number Lookup

I contacted Sigma and provided them with the lens serial number. They said the lens was not refurbished by Sigma at all. Then, I emailed Beachcamera at the same time and they said the was refurbished by Sigma and Sigma would handle my warranty claim. I don't think so. Also, the receipt does not include the lens serial number. I did receive a 1/8 sheet printout with the serial number on it. Filter for Sigma 150-600mm F5-6.3 DG OS HSM C lens. . Does not include serial numbers 900001 to 902908. These numbers were used on Sigma-Martins back in 1981-1982. The box will usually include the lens's serial number. What To Do With A Nikon Lens Serial Number Most people only pay attention to the lens's serial number when they bring it in for repairs or when the lens is stolen. Although those are the important times to really have a look at your Nikon lens serial number, there are ways to check.

Sigma is known as a producer of SLR lenses. Its lenses are available for the different lens mount systems of several SLR camera makers.

Sigma was founded in 1961 by Michihiro Yamaki in Tokyo (Japan). Nowadays Sigma produces SLR camera models. The plant is 300 km north of Tokyo because it needs clean air and clean water for making optical precision products. It produces optical devices with glass free of arsenic and lead.

In late 2008 Sigma purchased sensor designer Foveon.

• 1Sigma cameras
  • 1.335mm film
• 2Sigma Lenses

Sigma cameras

Digital SLR (SD series)

• SD1
• SD1m (2012)
• SD-9 (3.4 / 10.2 MP, 2002)
• SD-10 (3.4 / 10.2 MP, 2004)
• SD-14 (4.6 / 14 MP, 2006)
• SD-15 (4.6 / 14 MP, 2009?)

Digital compact

DP series

• DP1 (28mm equiv., 4.6 / 14 MP, 2008)
• DP1s (2009)
• DP1x (2010)
• DP1m (2012)
• DP1 Quattro (2014)
• DP2 (41mm equiv,. 4.6 / 14 MP, 2009)
• DP2s (2010)
• DP2x (2011)
• DP2m (2012)
• DP2 Quattro (2014)
• DP3 (75mm equiv, 2013)
• DP3 Quattro (2014)
• DP0 Quattro

sd series

• sd Quattro
• sd Quattro H

Sigma digital cameras are unique due to their using Foveon sensors, instead of the common Bayer filter array. Because such images do not require the interpolation of color data through a demosaicing process, somewhat higher absolute resolution is possible, as well as freedom from rainbow color moiré patterns.

35mm film

SLR

• Mark-I (M42 thread mount SLR, based on Ricoh Singlex TLS, 1976)
• SA-1 (K-mount SLR, based on Ricoh XR7, 1983)

SA mount

• SA-300N
• SA-5
• SA 7 QD (modern automatic SLR)
• SA 9 QD (modern automatic SLR, more features, exposure times down to 1/6000 sec)

Point and shoot

• Sigma 28AF Zoom (1990)
• Sigma 35AF Zoom (1990)
• Sigma 50AF Zoom (1990)
• Sigma AF35D-TF
• Sigma AF Zoom Super 28 (1991)
• Sigma AF Zoom Super 70 (1991)
• Sigma AF Zoom Super 100 (1991)
• Sigma Mini Zoom 105 Macro

Sigma Lenses

This is a list of all available lenses (Last updated Februar 2018).

Wide Zoom

• 12-24mm F4.5-5.6 EX DG ASPHERICAL HSM
• 15-30mm F3.5-4.5 EX DG ASPHERICAL
• 17-35mm F2.8-4 EX DG ASPHERICAL HSM
• 20-40mm F2.8 EX DG ASPHERICAL

Standard Zoom

• 24-60mm F2.8 EX DG
• 24-70mm F2.8 EX DG MACRO
• 28-70mm F2.8 EX DG
• 28-70mm F2.8-4 DG
• 28-300mm F3.5-6.3 DG Macro

Telephoto Zoom

• APO 50-500mm F4-6.3 EX DG HSM
• APO 70-200mm F2.8 II EX DG MACRO HSM
• APO 70-200mm F2.8 EX DG MACRO HSM
• 70-300mm F4-5.6 DG MACRO
• 70-300mm F4-5.6 APO DG MACRO
• 80-200mm F3.5-4 High-Speed Zoom
• APO 80-400mm F4.5-5.6 EX DG OS
• APO 100-300mm F4 EX DG HSM
• APO 120-300mm F2.8 EX DG HSM
• APO 135-400mm F4.5-5.6 DG
• APO 170-500mm F5-6.3 DG
• APO 200-500mm F2.8/400-1000mm F5.6 EX DG
• APO 150-500mm F5-6.3 DG OS HSM
• APO 120-400mm F4.5-5.6 DG OS HSM
• APO 300-800 F5.6 EX DG HSM

Wide

• 15mm F2.8 EX DG DIAGONAL Fisheye
• 20mm F1.8 EX DG ASPHERICAL RF
• 24mm F1.8 EX DG ASPHERICAL MACRO
• 28mm F1.8 EX DG ASPHERICAL MACRO

Standard

• 50mm F1.4 EX DG HSM

Macro

• AF MACRO 50mm F2.8
• MACRO 50mm F2.8 EX DG
• MACRO 70mm F2.8 EX DG
• MACRO 105mm F2.8 EX DG
• APO MACRO 150mm F2.8 EX DG HSM
• APO MACRO 180mm F3.5 EX DG IF HSM

Telephoto

• APO 800mm F5.6 EX DG HSM
• APO 500mm F4.5 EX DG HSM
• APO 300mm F2.8 EX DG HSM

DC for Digital SLR Camera

• 10-20mm F4-5.6 EX DC HSM
• 17-70mm F2.8-4.5 DC MACRO
• 17-70mm F2.8-4.5 DC MACRO HSM
• 18-50mm F2.8 EX DC MACRO
• 18-50mm F2.8 EX DC MACRO HSM
• 18-50mm F3.5-5.6 DC
• 18-50mm F3.5-5.6 DC HSM
• 18-125mm F3.8-5.6 DC OS HSM
• 18-200mm f3.5-6.3 DC OS HSM
• 18-200mm F3.5-6.3 DC
• 18-200mm F3.5-6.3 DC OS
• APO 50-150mm F2.8 II EX DC HSM
• APO 50-150mm F2.8 EX DC HSM
• 55-200mm F4-5.6 DC
• 55-200mm F4-5.6 DC HSM
• 4.5mm F2.8 EX DC Circular Fisheye HSM
• 10mm F2.8 EX DC Fisheye HSM
• 30mm F1.4 EX DC HSM

Older Sigma Lenses

This is a list of older, manual focus lenses which are out of production.

• Sigma Super Wide 24mm f/2.8
• Sigma Super Wide-II 24mm f/2.8
• Sigma 28mm f/2.8 Mini-Wide
• Sigma 28mm f/2.8 Mini-Wide II
• Sigma Zoom 28-80mm f/3.5-4.5
• Sigma XQ Mini-Zoom 39-80mm f/3.5 Macro
• Sigma Zoom Kappa-II 70-210mm f/4.5
• Sigma Zoom 70-210mm f/4-5.6 UC
• Sigma Zoom Delta-II 70-250mm f/3.5-4.5
• Sigma Zoom Kappa-III 75-210mm f/3.5-4.5
• Sigma Zoom Lambda-II 75-300mm f/4.5-5.6
• Sigma Zoom 80-200mm f/3.5-4
• Sigma Zoom 100-200mm f/4.5
• 600mm F8 Mirror Lens

Sigma Accessories

Links

• Corporate About page at Sigma global

Sigma Lens Serial Number Lookup

Determine the age of a Canon lens based on the 10-digit serial number. To age a Canon lens using the 10-digital serial number, we dissect the serial number as follows: DD C SSSSSSS. The DD is the key to the date the lens was manufactured - the production date code. The Canon lens date code chart is shown below. Stolen cameras and lenses for Canon, Nikon, Leica, Tamron, Sigma. Search stolen gear by serial number. Type a serial number of a stolen match.

This is just a guide of what you can expect from looking at the serial number on your Nikon lens. Where To Find an How to Check Nikon Lens Serial Numbers Now that you have some understanding about serial numbers you might be curious about how to check.

When looking at a lens name, there are a lot acronyms describing its features (often specific to the manufacturer).Examples, Nikon:Nikon AF-S DX 16-85mm VR f/3.5-5.6G IF-EDNikon AF-I 600mm f/4D IF-EDNikon AF-S VR Micro-NIKKOR 105mm f/2.8G IF-EDExamples, Canon:Canon EF 85mm f1.2L USM Mark IICanon 70-300mm f/4.5-f/5.6 DO ISExamples, Sigma:Sigma 150mm F2.8 EX APO DG HSM MacroSigma 70-200mm F2.8 EX DG OS HSMSigma 50-150mm F2.8 EX DC APO HSM IIHow do I decipher these lens codes from different manufacturers? Note: Because of the community-wiki nature of this question, this accepted answer became really long, and difficult to edit and keep current as lens designations evolved. The historical answer has been broken up into individual answers per lens brand, with links to each of the lens brand answers below. Descriptions by Lens Make Brand LensesAll major camera manufacturers offer their own line of lenses. Such lenses tend to follow the most stringent quality guidelines, and often come with a price premium.Off-Brand LensesMost off-brand lens manufacturers make lenses that fit many types of bodies, including Canon, Nikon, etc. (also branded as: Pro-Optic; Rokinon; Bower).Descriptions by Lens FeaturesIf you know what feature you're looking for in a lens (cropped-frame designation ultrasonic motor, low-dispersion elements, image stabilization, etc.), and want to know what each of the brands call that feature, the following answers are organized by lens feature. The top answer covers the decoding of the letters very well.

Here are a few comments as to what some of the features actually mean in terms of consequences of the features. Lenses only for reduced frame DSLRsMost low- to mid-range DSLRs have a sensor that is smaller than a 35mm film frame — sometimes called 'reduced frame' or 'cropped sensor'. So using a 'full frame' lens will mean lots of extra light around the sensor that isn't used. You can makes lenses smaller and lighter by reducing the projected image size to fit the sensor size. However using these lenses on a full frame camera would result in the corners of the image being dark — and mostly these lenses won't fit on a full frame camera.The 'less than full frame' codes are:. Canon: EF-S (EF for full frame).

Nikon: DX (FX for full frame). Pentax: DA (FA or D FA for full frame). Sigma: DC (DG for full frame). Sony/Minolta: DT. Tamron: Di II (Di for full frame)Image Stabilisation/Vibration ReductionImage Stabilisation is also called Optical Stabilisation, Optical Image Stabilisation, Optical Steady Shot, Vibration Compensation and Vibration Reduction.

Does what it says on the tin basically. (Some camera bodies — notably, Olympus and Pentax — have a form of vibration reduction in the body and so don't have it in the lens).

Canon: IS. Fujifilm: OIS. Nikon: VR. Panasonic: OIS. Sigma: OS. Sony/Minolta: OSS.

Tamron: VCFast and Quiet Focussing MotorsThe focussing motors in some lower end lenses can be quite noisy. The higher end lenses are able to (the movements can be more accurately controlled) and are quieter and use less battery. The acronym for it usually includes 'Sonic':. Garageband music recording software, free download.

Canon: USM Ultrasonic Motor. Nikon: SWM Silent Wave Motor. Olympus/Zuiko: SWD Supersonic Wave Drive. Pentax: SDM Supersonic Drive Motor or newer DC Direct Current. Sigma: HSM Hyper-Sonic Motor. Sony/Minolta: SSM Super-Sonic Motor.

Tamron: USD Ultrasonic Silent DriveWeather Sealing. Pentax: WR Weather Resistant or higher-level, AW All Weather (also found on ★ lenses)Lens FeaturesThere are a variety of lens features to reduce (where different colours don't exactly converge) and other imperfections in lens performance.

I've noticed that a lot of lens manufacturers explicitly list the lens element features they use. Canon does not explicitly list every detail about their lenses with their feature codes, however it should be noted that they do use special lens elements. Canon lenses do use the following: UD (ultralow dispersion) Glass, Aspherical Lenses, Flourite Lenses, Diffractive Optics. Canon lenses also use advanced milticoating on both the front and internal lens elements.

Not really sure why they don't publicize that much, but, there it is.–Jul 29 '10 at 17:32. Nikon LensesNikon has two current lines of lens mount systems, F-mount and Z-mount. The 1 NIKKOR (Nikon 1-series) system was. Sigma LensesSigma lenses use the following terms to indicate features of each lens. They differ slightly in how they denote aperture: Common.

XYZmm: Focal length. Fx.y: Maximum aperture (or Fa.b-c.d for variable aperture zooms)Lens Lines:Most Older Sigma lenses aren't designated by a model line.Lenses with 'EX' in the model name are generally considered 'pro grade.' From Sigma's website: 'The exterior of this lens is EX-finished to denote the superior build and optical quality, and to enhance its appearance.'

The Global Vision Series are newer Sigma lenses that are compatible with the Sigma USB Dock that allows the end user to update firmware and adjust autofocus calibration. Sony/Minolta LensesMinolta introduced an autofocus SLR system in 1985 using the so-called ' A-mount'. The system used different brands depending on region – Maxxum in North America, Dynax in Europe and α (Alpha) in Asia.In 2003, Minolta and Konica jointly announced the 'Integration of Management between Konica Corporation and Minolta Co., Ltd.' , following which Minolta became Konica Minolta. In 2005, it was announced that 'Konica Minolta and Sony Agree to Jointly Develop Digital SLR Cameras', and in 2006, Sony announced the 'Partial Transfer of Certain Assets Related to Digital SLR cameras', buying the assets of Konica Minolta Photo Imaging.Sony continued to develop interchangeable-lens cameras and lenses under the α (Alpha) brand, using the same ' A-mount' that Minolta had introduced in 1985.

Sony later introduced the ' E-mount' alongside the 'A-mount', and there are both A-mount and E-mount cameras and lenses in Sony's α (Alpha) system, with both full-frame and APS-C bodies and lenses available for each mount.A-mount lenses can be used on E-mount bodies via an adapter, but the coverage (APS-C vs full-frame) of the lens+adapter combination needs to be taken into account. E-mount lenses can not be used on A-mount bodies.Sony's point-and-shoot cameras fall under the separate Cyber-shot brand. Common. XYZ/x.y: Focal length/Maximum Aperture (or XYZ/a.b-c.d for variable aperture zooms)Lens Mount Type.

A: A Type Mount (introduced by Minolta in 1985 and carried over to Sony). E: E Type Mount (introduced by Sony in 2010)Lens Coverage. DT: Digital Technology (optimized for digital cameras). The DT designation was introduced because of a need to indicate new A-mount lenses with coverage only for APS-C digital cameras. A-mount lenses without the DT designation have full-frame coverage.

Sigma Lens Serial Number Lookup

DT lenses can be mounted on full-frame digital cameras, but used only in 'crop mode'. FE: E-mount lens with Full-frame coverage.

The E-mount system was originally an APS-C system. When full-frame bodies and lenses were introduced, the FE label was used to distinguish those lenses that had full-frame coverage. Lenses with APS-C-only coverage are labelled E instead of FE.

Have you ever wondered how old is your Canon lens? I often get asked if it's possible to determine the age of a Canon lens. If you buy a new lens from an authorized dealer, the chances are, the lens was manufactured fairly recently. So if you bought your lens new, you have a good idea how old your lens is.

However, most people who buy used lenses really want to know how old a lens is without solely relying on seller's information. The lens' manufacturing date can give a rough estimate of how long the lens has been in use for, even if you factor in the shipping and warehouse storage times. Fortunately, Canons has been stamping date codes on their lenses since 1960 and you can pinpoint your lens's production date, if you know how to decode it. In this quick tutorial I will show you exactly how to decode these date codes on older lenses as well as the new serial numbers.As I have mentioned above, Canon has been placing date codes on their lenses for a long time and previously many lenses had the date code placed separate from the actual serial number. In 1990, Canon started placing date codes on select lenses only.

Sigma Lens Serial Number Info

All ‘ L' lenses have them. That have date codes post 1990 (if your non-L lens is not on this list, then you are out of luck). I will refer to these date codes as 'the old system.' But starting in 2008, Canon created a new numbering system which incorporates production date, internal repairing code and an actual serial number into one consolidated block. And to top it off, it looks like they've reset the date count in the beginning of 2013. I am sure that internally Canon has a nice chart on how to decipher each number on the new serial numbers, but they don't share it with the rest of us, so we have to make a few calculated guesses. I will refer to these big serial numbers as 'the new system.' The Old SystemCanon's old dating system is fairly straight forward, if you know what each letter means.

You can find this code on the inner rim of the lens (the side that attaches to the camera). Here is the date code on my trusty EF 24-70mm 2.8L – ' U T 1009.'The first letter ' U' means that the lens was manufactured in Canon's plant in Utsunomiya, Japan.

There are three plants which produced EF lenses: U = Utsunomiya, F = Fukushima, O = Oita. Prior to 1986 this letter was at the end of the date code.The second letter ' T' means that it was produced in 2005. You can tell the year by checking your code against the table below.

Canon started with letter ' A' in 1960 and got to ‘' Z' in 1985, then they went back to ' A' in 1986 and ended the alphabet again in 2011. The reason I know that my lens was manufactured in 2005 and not 1979 (since both are labeled as ' T') is mainly because this lens did not exist back in the 70's and partly because the factory code is at the beginning. A2012, 1986, 1960N1999, 1973B2013, 1987, 1961O2000, 1974C2014, 1988, 1962P2001, 1975D2015, 1989, 1963Q2002, 1976E1990, 1964R2003, 1977F1991, 1965S2004, 1978G1992, 1966T2005, 1979H1993, 1967U2006, 1980I1994, 1968V2007, 1981J1995, 1969W2008, 1982K1996, 1970X2009, 1983L1997, 1971Y2010, 1984M1998, 1972Z2011, 1985The next two digits are the month.

01 being January and 12 December. Occasionally, the leading zero of the month is omitted. In my case 10 means October.Finally, the last two numbers are internal manufacturing codes, most likely batch numbers. The New SystemThe new system consolidates the date codes and serial numbers into one string of numbers. And this number is now placed on the body of the lens.

Sigma Lens Serial Number Lookup White Pages

Register Sigma Lens

It looks like this new system was only implemented on lenses that were marketed starting in 2008 and forward. So some lenses that were produced immediately after 2008, but were introduced to the market before 2008, still have the old dating system.To determine the age of a Canon lens based on the new 10-digit serial number we have to visually break down the number into two, one and seven digits: DD A SSSSSSSThe first two numbers DD correspond to the manufacturing date. It starts in January 2008 with number 38. 39 is February 2008 and so on until December 2012 which is 97. Then Canon reset to 01 on January 2013.

Sigma Lens Serial Number Lookup

Please refer to the table below for all the dates and corresponding numbers.20132014January0113February0214March0315April0416May0517June0618July0719August0820September0921October1022November1123December1224The next number appears to be for internal use. And the final group of 7 digits is the actual serial number of your lens.So following this breakdown you can see on this image that my EF 24-70 2.8 L Mark II lens was manufactured in July 2013 ( 07).If your Canon lens has a date code then you will be able to tell when it was manufactured. However, keep in mind that the production date is only just that – a date when your lens was made.

Lenses can often take a long time to be shipped and then stored in a warehouse awaiting sale. Production date should only be one of the factors determining the extent of how long the lens has been in use for, other factors being the visual condition of the lens and smoothness of operation. For FD lenses, they use different numbering. The first letter in FD numbering correspond to manufacturing year. The next two number shows the month (i.e 06 for June), but sometimes they omitted the '0'. The last two numbers used for internal purposes (maybe the batch number or else). Canon starts manufactured the FD lenses in 1971 with letter 'L' to identified the year (therefore, M = 1972; N = 1973 and goes on).Your lens was stamped with U603, so it was manufactured in June 1980 (U = 1980, 6 = June, 03 = internal numbering).

My FD lens 50 mm f/1.8 was stamped U710. Therefore your lens is 1 month older than mine. The same numbering can be use to identify your canon film camera, the difference is they put another letter after the 2 digit internal code. For example, if the serial number of your film camera is M1102F, then it means your camera was manufactured in Fukushima, November 1972 (M = 1972, 11 = November, 02 = internal code & F = Fukushima).But canon reset the numbering in 1986 for their product which explaind above in 'The Old System' section. Use the numbering system that i explained in my previous reply, if the product was manufactured before 1986.