SP2014MC8MP1B
- Focal Length
- 20 mm
- Sensor Format
- 1"
- Mount
- C-Mount
- Iris
- Manual Iris
- Rated Resolution
- 8 MP
- F-Number
- f/1.4
SUPERIOR OPTICS / CATEGORY
Machine Vision Lenses for Industrial Inspection and Camera OEMs
Machine vision lenses project an inspection scene onto an industrial camera sensor for tasks such as detection, identification, and measurement. SUPERIOR helps buyers evaluate image circle, pixel size, working distance, field of view, and MTF so lens selection follows the required inspection detail and integration conditions rather than resolution labels alone.
Explore and Filter Machine Vision Lens Models
3 matching models
SP2514MC10MP1
- Focal Length
- 25 mm
- Sensor Format
- 1"
- Mount
- C-Mount
- Iris
- Fixed Iris
- Rated Resolution
- 10 MP
- F-Number
- f/1.4
SP1220MC20MP43B
- Focal Length
- 12 mm
- Sensor Format
- 4/3"
- Mount
- C-Mount
- Iris
- Manual Iris
- Rated Resolution
- 20 MP
- F-Number
- f/2
| Part Number | Focal Length | F/No. | Format Size | Mount | Iris Control | Dimensions (diameter x length) | Inquiry |
|---|---|---|---|---|---|---|---|
| SP2014MC8MP1B | 20mm | f/1.4 | 1" | C-Mount | Manual Iris | — | Request a Quote |
| SP2514MC10MP1 | 25mm | f/1.4 | 1" | C-Mount | Fixed Iris | — | Request a Quote |
| SP1220MC20MP43B | 12mm | f/2 | 4/3" | C-Mount | Manual Iris | — | Request a Quote |
Machine Vision Lens Selection Checklist
Use these illustrative inputs to prepare your lens selection brief. This checklist is not a model specification or an interactive product filter. Confirm all values against the selected model data sheet, or request engineering selection support.
| Parameter | Selection example / input | Verification required |
|---|---|---|
| Sensor | Example: 1-inch format, 3.45 micrometre pixel pitch | Use the camera active width, height and diagonal. |
| Field of view | Example: 80 mm horizontal inspection width | Include the smallest feature and required sampling. |
| Working distance | Example: 250 mm from the specified lens reference | Confirm the reference datum and available clearance. |
| Focal length and aperture | Example: 25 mm, f/4 evaluation | Recalculate for the chosen camera and working geometry. |
| MTF acceptance | Project target at stated field points and spatial frequencies | State aperture, wavelength, distance and focus conditions. |
Key Features and Advantages
Match the optical design and coating to the operating wavelength range. Define the illumination band, then review focus and image contrast under the conditions intended for your camera project.
Match image-circle coverage to the InGaAs sensor size and pixel pitch. Check edge contrast, vignetting and target detail at the required working distance, aperture and camera settings.
Request a model-specific transmission curve for the agreed wavelength band. Check test conditions, filters and protective windows before comparing lens options and planning camera trials.
Test sample materials under the planned lighting and exposure. Check contrast at the required inspection speed, then agree sample criteria before choosing a lens for production.
Manufacturing and Quality Control
For industrial inspection, the acceptance plan should identify sensor, target, illumination, distance, aperture, and center-to-edge criteria. Request relevant MTF or camera-image evidence and drawings for focus and iris retention. Define sampling and dimensional checks for production; measurement accuracy must be evaluated at system level, including calibration, lighting, mechanics, and software.
Request relevant drawings, test conditions and project-specific inspection evidence.
Technical Reference for Camera Evaluation
Camera specifications help define the imaging requirements for machine vision lenses selection. EMVA 1288 provides a framework for characterizing machine-vision sensors and cameras. Use the camera manufacturer’s published data alongside lens-specific checks for sensor coverage, chief ray angle and image quality.
Machine Vision Applications
Match lens performance to the inspection task, camera sensor and installation space.
Surface & Appearance Inspection
Inspect visible surface defects, part presence and printed features. Match field of view, smallest target detail and illumination to the camera sensor, exposure and production speed.
Discuss Inspection Requirements
Electronics & Assembly Verification
Check component presence, orientation and assembly features on boards or small parts. Balance sensor coverage, working distance and edge detail, then evaluate representative samples under the planned lighting.
Discuss Assembly Inspection
Robot Vision & Part Positioning
Locate parts and review their orientation before robotic handling. Define the field of view, working distance and position variation; assess distortion, calibration and mounting stability as a complete vision system.
Discuss Robot VisionIllustrative application scenes.
Related Lenses & Engineering Support
Compare related lenses, review selection guidance or discuss a custom camera requirement.
Telecentric Lenses
Review telecentric optics for dimensional measurement. Compare magnification, sensor coverage and working distance before evaluation.
Browse Telecentric LensesMachine Vision Lens Selection Guides
Review field of view, sensor matching, distortion and MTF when comparing lenses for industrial imaging tasks.
Read Selection GuidesCustom Lens OEM / ODM
Discuss optical targets, mechanical interfaces, sample evaluation and production requirements.
Discuss OEM / ODMBUYER QUESTIONS
Frequently Asked Questions
Answers to common selection and project questions.
How do I match a machine vision lens to pixel size?
Specify the camera pixel pitch and required contrast at the spatial frequencies relevant to the inspection. Compare performance at the intended aperture, wavelength, working distance, and field positions rather than relying only on a megapixel rating.
Is sensor coverage enough to select a lens?
No. Image circle establishes coverage, but corner contrast, distortion, relative illumination, focus, and mechanical clearance still matter. Evaluate the whole field using the intended camera and inspection conditions.
When should I consider a telecentric lens?
Consider it when perspective-related size changes affect dimensional measurements and the object varies in depth or position. Confirm field of view, magnification, working distance, and the complete measurement error budget before choosing a design.
What information makes an industrial lens quote useful?
Send camera and sensor data, inspection width, smallest feature, available distance, illumination, aperture constraints, environmental conditions, sample quantity, and annual volume. Include a drawing or representative scene where possible.
PROJECT INQUIRY
Request a Project Review and Quote
Turn your inspection requirement into a lens specification. Send the camera model, field of view, working distance, smallest defect, illumination, and production volume for an engineering review and quote.
- Based inFuzhou, Fujian, China
- Emailsales@superiorcctv.com
- Phone+86 591 83796881
Prepare Your Lens Inquiry
Include a model number or the information currently available:
- Application and sensor details
- Field of view, working distance and wavelength
- Sample quantity or expected annual volume
- Delivery destination and preferred schedule
You do not need a complete optical specification to start. Send the information currently available, along with your delivery destination and preferred schedule.