+86 591 8379 6881

MACHINE VISION LENSES & FACTORY AUTOMATION LENSES

Are you having difficulty searching for the perfect lens?

Looking for the ideal optics solutions?

Customized SUPERIOR Lenses

Why is a Machine Vision Lens the Best in the Market and What Makes It Unique?

Our high-performance Machine Vision Lens have a large selection of focal lengths, allowing you to choose the perfect factory automation lens for your application, whether it’s inspection, measurement, sorting, or other machine vision tasks.

The machine vision lenses are designed and engineered to meet the needs of modern industrial imaging systems.

What Are the Industries Where the Machine Vision Telecentric Lens Used?

Machine Vision Telecentric Lens are mostly used to view objects in imaging systems. They are imaging parts that focus on an image of an analyzed object on a camera sensor.

However, it depends on the lens. A Machine Vision Lens is used to remove perspective errors. It offers the best adjustable magnifications and focal lengths.

Machine Vision Lenses also help the user illustrate the characteristics of an object by using certain angles and techniques.

Advantages of a Machine Vision Lens

  • Machine vision lens are a product of high-end technology and optical design expertise. Superior has put all its expertise into ensuring accurate imaging performance. It also focuses on assembly and inspection procedures on manufacturing lines.
  • Machine Vision Lenses and FA Lenses offered by SUPERIOR perform well not only with legacy line sensor cameras but also with emerging large format area sensor cameras.
  • Fixed focal length lenses are commonly known as factory automation lenses (FA). Apart from the FA, machine vision is also capable of C-mount lenses or prime lenses. They are imaging lenses made with a singular angular field of view and a constant focal length.
  • Fixed focal length lenses are limited in their working distance.

What Are the Other Varieties of Machine Vision Lenses?

These lenses are available with a variety of mounts, anti-reflection (AR) coatings, resolution options, and much more.

Apart from Machine Vision Lens, we have others as well, and they are:

  • Telecentric Lenses
  • IR Imaging Lenses
  • Large Format Lenses
  • Line Scan Lenses
  • UV Lenses
  • Variable Focal Length Lenses.

We have different resolution levels such as 12 MP, 8 MP, 5 MP, 3 MP, and VGA. Our Machine Vision Lenses offer a great line of high-performance lenses with many focal lengths and sensors.

Applications include image capture, barcode scanning, night vision systems, medical systems, high-speed imaging, and machine and robotic vision systems.

Why Should You Use a Machine Vision Telecentric Lens?

Machine Vision Telecentric Lens has the great ability to perform quickly. It is repeatable, with high accuracy and great performance. If you wish to achieve the best and highest accuracy in your work, get our telecentric lens.

It helps you be unique and capture photographs with accuracy using the characteristics of telecentric lenses to see the impact and performance.

So, what are you waiting for? Contact Superior Optics today to buy the best Machine Vision Lens and make your journey as a creator successful.

Visit our website today and order the lens to improve your skills. You can even book our lenses to improve your security so that you can enjoy quality time with them.

Superior provides free of charge consulting about Lenses, and Optical Components. In addition we offer a wide range of optical products.

You’re searching products you couldn’t find yet? Ask us!
Contributing to the Realization of a Safe and Secure Automotive Society through Advanced Precision Optical Technology.

check our online catalog

Machine Vision Lenses / FA Lenses Categories

4/3″ Format Fixed Focal Length Lenses

  • Machine Vision Lens
  • Compatible for 4/3’’ Image Sensor
  • 12MP Resolution
  • 25mm, 35mm, 50mm Focal Length
  • C-Mount

1.1″ Format Fixed Focal Length Lenses

  • Factory Automation Lens
  • Compatible with 1.1’’ Image Sensor
  • 12MP Resolution
  • 12mm to 50mm Focal Length
  • C-Mount

1″ Format Fixed Focal Length Lenses

  • Industrial Lens
  • Compatible for 1’’ Image Sensor
  • 10MP Resolution
  • F1.4- F32 aperture
  • C-Mount

2/3″ Format Fixed Focal Length Lenses

  • Industrial Cameras Lens
  • Compatible for 2/3’’ image sensor
  • 5 Mega Pixels
  • 2.8mm to 75mm Focal Length
  • C-Mount

M12 (S-Mount) Focal Length Lenses

  • Up to 2/3″, S-Mount Lens
  • Wide Field of View Board Camera Lens
  • 1.68mm to 50mm Focal Length
  • Aperture modification possible
  • IR cut filter can be added

In-Line Illumination Telecentric Lenses

  • 2/3″ 5 Megapixel C-mount industrial lens
  • 0.3x-2.0x magnification
  • High contrast throughout the image
  • Low TV-distortion
  • Eliminate Parallax Error in Machine Vision

Line Scan Fixed Focal Length Lenses

  • 4k Line Scan Camera Industrial Lens
  • 8.5mm ~ 50mm Focal length
  • Up to 4k, 5µm Pixel Size Line Scan Sensors
  • Low Distortion, Uniform Field Performance
  • Optimised for 4K line scan cameras
Click on a Part Number to view product details and an outline drawing

View Products: Machine Vision Lenses & Factory Automation Lenses

B Type Machine Vision Lenses

A Type Machine Vision Lenses

I am text block. Click edit button to change this text.

WHY machine vision?

It's cost effective and boosts productivity

Machine vision minimises manufacturing costs while continuously improving product quality and enhancing productivity. Machine vision systems can be found in just about every modern industry’s production procedure.

Increases operational safety

Less human involvement results in staff enjoying increased protection from hazardous environments. Vision systems result in less contamination from human activity in aseptic environments.

Compliancy is easier attained

Machine vision affords manufacturers compliance with strict regulations such as ISO, 21CFR Part 11, GS1 and other relevant data standards. This technology typically utilises CMOS sensors housed within industrial cameras with specialised optics to acquire images.

Efficient and surpasses the abilities of the human eye

Vision systems allow the inspection of hundreds, even thousands of parts per minute, with bespoke systems even able to inspect objects which are invisible to the human eye.

Easier tracking and tracing throughout your operation

Machine vision can be applied in both the industrial and non-industrial sector. Manufacturers are better equipped to track parts and products throughout the manufacturing process.

Shifts your operation into high gear

Machine vision offers speed, accuracy, repeatability and quantitative measurement. It works through the implementation of appropriate hardware components and software solutions.

Machine Vision Applications

Machine vision IDENTIFIES even the smallest features of an object

An optical character recognition (OCR) system reads the alphanumeric characters while optical character verification (OCV) systems confirm the presence of a character string.

Manufacturers use DPM applications, as they mark a character string or code directly onto a part, a technique used for error-proofing. This application also allows for better asset tracking, monitoring, quality control and authenticity verification. By mapping out the genealogy of a part, warranties and sub-assembly can be directly labelled.

Although barcodes are the widest accepted forms of retail checkout or inventory control, traceability information requires a much larger area than what barcode surfaces allow. The introduction of 2D codes like Data Matrix means more information can be included on virtually any finished product.

A machine vision system can be used for GAUGING

A vision system for gauging calculates distances between two or more points or geometric locations on an object to determine if these measurements meet specifications.

Machine vision cameras
Machine vision computers
Machine vision offers GUIDANCE on location of parts and tools

Guidance means a vision system can locate the position and orientation of a part and report on its accuracy relating to a specified tolerance, angle and more. This information can then be used to measure and verify assembly. Guidance can also report the location and orientation of a part in 2D or 3D space, to the robot which locates that part, or a machine controller that aligns the part.

Guidance is critical for aligning to other vision tools as well. Parts can be presented to a camera in unknown orientations during the production process.

Machine vision reads:
  • Barcodes
  • Data Matrix Codes (2D)
  • Direct Part Marks (DPM)
  • Optical Character Recognition (OCR)
  • Optical Character Verification (OCV)

Are You Interested In Customizations?

Customizations Processing?

SUPERIOR® Optics offer several customizations for M12 lenses. Contact us to discuss feasibility, minimum order quantities, and requirements.

  • Custom filters (Bandpass, Dual Notch, etc..)
  • Customized higher F#
  • Barrel mechanical design adjustments (e.g. active alignment, ingress protection)
  • Hydrophobic coating on front optical surface
  • Preassembly with M12 lens holders to reduce anodization debris and tilt
  • Optical data (MTF, EFL, etc..) with serialized unit-level traceability

SUPERIOR® Optics also consider full custom lens designs starting from 15,000pcs.

Download Whitepaper

Pinhole CCTV Lenses

At SUPERIOR® Optics, Looking for recommendations, Trying to figure out where to start, or Want to discuss customizations?

We’re serious problem solvers. When it comes to machine vision systems and components, we know how to tick all the boxes and we guarantee that we’ll get you from concept to completion with little disruption. No matter your project, we have a competent team waiting to assist you.
CONTACT US

Frequently Asked Questions

1. What is an “in-line” video system?

2. What is the difference between Primary Magnification and System Magnification?

3. What are M12 (S-Mount) lenses?

4.  If I want to design with your lenses and lens assemblies, how do I get the information that I need?

5. What different types of fixed focal length lenses does Edmund Optics offer?

6. I’ve been using the thin lens approximation to calculate the minimum object distance and field of view of an imaging lens and camera I have, is there a simple formula for estimating these parameters?

7. What are fixed focal length lenses?

8. What is the difference between depth of field and depth of focus?

9. How do I know what lens mount is best to use for my imaging or vision system?

10. Which type of colored filter is best for my imaging application?

11. What different types of fixed focal length lenses does Edmund Optics offer?

12. I need a video lens for my camera – but where do I start?

13.  How I do select the correct testing target for my electronic imaging system (camera & lens)?

14. What is an MVO Double Gauss imaging lens?

Text Widget
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Vivamus quis neque vel quam fringilla feugiat. Suspendisse potenti. Proin eget ex nibh. Nullam convallis tristique pellentesque.