Our comprehensive portfolio of machine vision lenses is engineered to maximize the performance of modern high-resolution CMOS and CCD sensors. Whether for automated optical inspection (AOI), 3D metrology, robotics, or traffic monitoring.
Our optics deliver uncompromising image quality, low distortion, and uniform illumination. From standard C-Mount lenses to large-format solutions and custom optical designs, we provide the durability and precision required for harsh industrial environments. Our lenses are characterized by robustness and quality. We offer stabilized, ruggedized, and motorized lens versions to meet the most demanding machine vision applications.
Filter and find the ideal lens for your machine vision system. Select by focal length, aperture, magnification, or mount. Match lenses to sensor models from Sony, Gpixel, and others. Refine by features like ruggedized, motorized, or stabilized. Compare up to four lenses side-by-side with detailed performance data including MTF and distortion charts.
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Calculate Your Ideal Lens Setup with Our Lens Calculator
Use our lens calculator to determine the optimal Schneider-Kreuznach lens and complete accessory chain for your setup. Enter your application parameters to calculate working distances, compatible camera adapters, extension tubes, and other essential components. Ensure your system is perfectly configured for precise machine vision results.
Our C-Mount lenses (also available in TFL-Mount) are the workhorses of the machine vision industry. Designed for sensors up to 1.3”, these compact industrial lenses feature broadband coating (400-1000 nm) and robust mechanics. We offer specialized versions: Ruggedized lenses for high-vibration environments (robotics), Motorized lenses for remote iris control, and Stabilized lenses for harsh conditions. Perfect for factory automation and quality control. Learn more about how to properly focus a C-Mount lens in our Knowledge Hub, where Product Manager Steffen Mahler explains step by step.
Traffic Monitoring (ITS): Clear imaging for license plate recognition and traffic flow analysis, even in changing light conditions.
Robotics & Embedded Vision: Ruggedized options withstand the acceleration forces of robot arms.
Pixel-Sensor-Size Diagram for C-Mount Lenses
Fast lenses
Our Fast Lenses with an impressive F0.95 aperture are engineered to deliver optimal imaging in low-light and high-speed conditions. With a 16 mm image circle compatible with sensors up to 1", these lenses provide exceptional clarity and detail even in challenging lighting environments. Designed for demanding applications.
ONYX
Extremely fast and perfect for low light and high speed applications
Use Cases and Sensor Compatibility for Fast Lenses
Applications for Fast Lenses
Bioluminescence imaging for scientific and medical research,
High-speed motion capture for precise tracking in fast-paced environments,
Surveillance in low-light conditions where accurate image detail is critical,
Industrial inspection where lighting conditions may vary
Crash tests
Pixel-Sensor-Size Diagram for fast lenses
Telecentric Lenses for Accurate Measurements
Eliminate perspective errors with our high-precision Bilateral Telecentric Lenses. Essential for precision metrology and gauging applications, these lenses ensure that object magnification remains constant regardless of distance variations. Our SYLVINE series offers superior optical performance with ultra-low distortion, making it ideal for measuring cylindrical parts, electronic components, and precise alignment tasks. Learn more about eliminating perspective errors and achieving high-precision measurements with bilateral telecentric lenses in our Knowledge Hub, in an article by Stuart Singer.
Use Cases and Sensor Compatibility for Telecentric Lenses
Applications for Telecentric lenses
Dimensional measurement
High-precision inspection
Consistent magnification across varying object distances
Pixel-Sensor-Size Diagram for TELECENTRIC LENSES
SWIR Lenses for Shortwave Infrared Imaging
Unlock the invisible with our SWIR lenses (Short-Wave Infrared), optimized for the 800–1800 nm spectrum. These lenses are crucial for applications like silicon wafer inspection, moisture detection, and sorting plastics or food produce. Designed to transmit high-resolution images in the infrared range, they pair perfectly with InGaAs sensors to reveal defects that standard optics cannot see.
Use Cases and Sensor Compatibility for SWIR Lenses
Applications for SWIR lenses
Material sorting
Thermal inspection
Chemical analysis
Battery inspection
Solar cell inspection
Pixel-Sensor-Size Diagram for SWIR LENSES
Large Format Lenses for Advanced Sensor Compatibility
As sensors grow larger, optics must keep pace. Our Large Format Lenses are engineered for high-resolution line scan and large area scan sensors (up to 100MP+). With image circles up to 100 mm, these lenses are the preferred choice for flat panel display inspection (FPD), PCB verification, and aerial imaging, offering superior edge-to-edge sharpness and minimal vignetting. Learn in our Knowledge Hub how Schneider-Kreuznach Large Format Lenses enable breakthrough applications like light-sheet microscopy, allowing researchers to image entire brain tissues at nano-scale resolution with high clarity, large field of view, and optimized working distance.
Use Cases and Sensor Compatibility for Large Format Lenses
Applications for Large Format Lenses
High-quality image capture for large format sensors
Precision for specialized applications requiring large field coverage
Support for various machine vision and scientific imaging demands
Pixel-Sensor-Size Diagram for LARGE FORMAT LENSES
Liquid Lenses for Versatile Industrial Applications
Our liquid lenses seamlessly combine Schneider-Kreuznach’s proven optics with the advanced Optotune EL-16-40-TC-5D liquid lens, available for both C-Mount and TFL-Mount configurations. Leveraging the fast and precise autofocus capabilities of liquid lenses, these lenses allow rapid adaptation to varying working distances. Discover in our Knowledge Hub how liquid lenses work, including their internal mechanics, tuning, and integration for industrial imaging applications.
Use Cases and Sensor Compatibility for Liquid Lenses
Advantages of Liquid lenses
Flexible imaging setups
Compatibility with a range of mounts and sensors
Performance in both close and long-distance applications
Pixel-Sensor-Size Diagram for Liquid Lenses
Line Scan Lenses for High-Resolution Line Scan Imaging
Maximize the throughput of your continuous imaging systems with our Line Scan Lenses. Specifically engineered for linear sensors (up to 100 mm length) and high resolutions (12k to 16k), these lenses deliver exceptional edge-to-edge sharpness and minimal distortion. Ideal for web inspection (foil, paper, glass), Flat Panel Display (FPD) verification, and high-speed sorting, our V-Mount and M-Mount optics ensure uniform illumination across the entire scan line. Whether you need high magnification for defect detection or wide-field coverage.
Use Cases and Sensor Compatibility for Line Scan Lenses
Applications for Line Scan Lenses
High-speed inspection systems
Surface and print quality analysis
Precision imaging in large-scale manufacturing
Pixel-Sensor-Size Diagram for LINE SCAN LENSES
Line Scan Lenses Product Images
Lens Gallery
Explore detailed images of our industrial lenses. See the build quality, optical design, and mechanical features that make Schneider-Kreuznach lenses ideal for demanding machine vision applications.
Picture of a SWIS Lens
Picture of a Line-Scan Lens
Picture of a Large Format Lens
Picture of a V-Mount Lens
FAQs about Machine Vision Lenses
What are the key benefits of using Schneider-Kreuznach lenses in machine vision?
Schneider-Kreuznach lenses are engineered to maximize the performance of modern high-resolution industrial cameras. Key benefits include broadband anti-reflection coatings (400-1000 nm) for high light transmission, exceptional edge-to-edge sharpness, and ultra-low distortion essential for precise measurement tasks. Our lenses are designed to resolve the small pixel sizes (down to 2.4µm) of current CMOS sensors, ensuring clear, high-contrast images in AOI, robotics, and traffic monitoring applications.
Can these lenses be customized for specific machine vision tasks?
Yes, customization is a core strength of Schneider-Kreuznach. Beyond our extensive standard portfolio, we offer OEM modifications tailored to your specific system requirements. This includes adapting the mechanical housing for space-constrained environments, optimizing coatings for specific spectral ranges (e.g., UV or SWIR), or implementing fixed aperture stops. We work closely with system integrators to create the perfect optical solution.
Are Schneider-Kreuznach lenses compatible with various sensor sizes?
Our portfolio covers the entire spectrum of industrial sensors. We offer compact C-Mount and TFL-Mount lenses for standard area sensors (from 1/1.8" up to 1.3"), as well as Large Format lenses with image circles up to 100mm. This makes our optics fully compatible with high-resolution line scan cameras (12k to 16k) and large area scan sensors used in FPD inspection and aerial imaging.
How do compact lenses handle industrial environments?
Our lenses are built for harsh industrial environments. Unlike standard photography equipment, our compact industrial lenses feature robust metal housings and reliable locking screws for both focus and aperture rings. This design ensures that settings remain stable and do not drift due to machine vibrations, temperature fluctuations, or handling, significantly reducing maintenance downtime.
What is the difference between a standard and a ruggedized machine vision lens?
While standard lenses offer locking mechanisms, our Ruggedized lenses are mechanically reinforced for extreme conditions. In these versions, all internal optical elements are securely glued to the housing structure. This prevents "pixel shift" or optical misalignment caused by high G-forces, rapid acceleration (e.g., on robot arms), or continuous strong vibrations, ensuring consistent measurement accuracy over the lens's lifetime.
