Fixed Focal Lenses

Tamron’s extensive line-up of fixed-focal lenses are ideal for machine vision, factory automation, and surveillance applications. Click here for FA lens catalog.

3D CAD and MTF data will be shown on product page after clicking the model number.

SWIR

SWIR lens covers not only SWIR (short-wave infrared), but also the visible range.

Model Imager Size & MP Compatibility Focal Length F No.
SMA11F12 1"
1.3 MP
(SMA Series)
12mm F/1.6
SMA11F16 16mm
SMA11F25 25mm

Mega-Pixel

Mega-Pixel lenses are suitable for sensors with a resolution of 720p or more

Model Imager Size & MP Compatibility Focal Length F No.
MA111F16VIR 1.1"
24 MP
(MA111 Series)
16mm F/2.8
MA111F25VIR 25mm
MA111F35VIR 35mm
MA111F50VIR 50mm
MA23F08V 2/3"
8 MP
(MA23 Series)
8mm F/2.4
MA23F12V 12mm
MA23F16V 16mm
MA23F25V 25mm
MA23F35V 35mm
MA23F50V 50mm F/2.8
M112FM06 1/1.2"
5 MP
(M112 Series)
6mm F/2.8
M112FM08 8mm F/2.4
M112FM12 12mm F/2.0
M112FM16 16mm
M112FM25 25mm F/1.8
M112FM35 35mm F/2.1
M112FM50 50mm F/2.8
M112FM75 70mm F/3.5
M23FM06 2/3"
6 MP
(M23 Series)
6mm F/1.8
M23FM35 35mm
M117FM06 1/1.7"
6 MP
(M117 Series)
6mm F/2.4
M117FM08 8mm
M117FM12 12mm
M117FM16 16mm
M117FM25 25mm
M117FM35 35mm
M117FM50 50mm F/2.8
M118FM06 1/1.8"
2 MP
(M118 Series)
6mm F/1.4
M118FM08 8mm
M118FM12 12mm
M118FM16 16mm
M118FM25 25mm F/1.6
M118FM50 50mm F/2.8
23FM16SP 2/3"
1.3 MP
(23FM SP Series)
16mm F/1.4
23FM25SP 25mm
23FM50SP 50mm F/2.8

High-Resolution

High-Resolution lenses are cost-effective solutions for sensors with a resolution of 720p or less

Model Imager Size Focal Length F No.
23FM65 2/3" 6.5mm F/1.8
23FM12 12mm
23FM16 16mm F/1.4
23FM08L 8mm
23FM12L 12mm F/1.8
23FM16L 16mm F/1.4
23FM25L 25mm F/1.6
23FM35L 35mm F/2.1
23FM50L 50mm F/2.8
23FM75L 75mm F/3.9

IR-Corrected

IR-corrected fixed-focal lenses are cost-effective solutions for day/night surveillance and infrared machine vision applications

Model Imager Size Focal Length F No.
13FG22IR-SQ 1/3" 2.2mm F/1.2
13FM22IR
13FM28IR 2.8mm
13FM04IR 4mm
13FG06IR-SQ 6mm
13FM06IR
13FG08IR-SQ 8mm

Tamron Fixed Focal Length and Machine Vision Lenses

Our ultra-high-resolution fixed focal length machine vision lens series delivers incredible optical quality with enhanced performance and minimized distortions throughout an entire image – from the center all the way to the periphery. This outstanding image quality makes our machine vision camera lenses ideal for surveillance applications, machine vision, visual inspection,robotic vision and factory automation in various conditions.

Although fixed focal length lenses do not zoom, they are still very versatile pieces of equipment that can be used in numerous ways. Perhaps the most well-known use for these kinds of lenses is scanning physical documents with text and converting it into machine readable text, but that is just scratching the surface of what they can do. A fixed focal length machine vision camera lens is ideally suited for tasks like general parts inspection, biometric, visual inspection and document scanning, license plate reading, road sign reading, barcode reading, robotic vision and many other types of optical character verification and optical character recognition.

A fixed focal length machine vision lens like the ones you’ll find here enables a variety of industrial equipment to see, analyze, and act on their own. This ability can increase the quality of products, reduce costs, and make operations more efficient and optimized specially for factory automation.

At Tamron, we aim to make it easy for you to find the fixed focal length machine vision camera lens you need. Here, you can find the manual lens you’re looking for in a variety of focal lengths and aperture ranges. No matter your intended application, we have a solution.

To select the right fixed focal length machine vision lens for your application, first calculate the working distance you’ll need using focal length, sensor size, and the length of objects that will be inspected. Keep in mind that a larger sensor means a wider field of view. This required working distance can also be calculated using the opening angle of a lens and object size.

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