#Telecentric <br>[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2Ftelecentric-lens%2F[/a] <br>A Telecentric lens is a kind of lens that the chief rays are parallel to the optical axis. There are three kinds of telecentric lens, that is the object-space telecentric lens, image-space telecentric lens, and the bi-telecentric lens. Telecentric lens is always the core business of Canrill Lens. After continuous research and development for 11 years, Canrill has successfully developed 1700+ kinds of lenses, and the number is still increasing, to meet the diverse and growing applications at the best telecentric lens price. <br> <br>Difference Between Object Space Telecentric Lens And Bi Telecentric Lens <br>Telecentric lenses have two types of telecentricity: telecentric objective space and image space telecentricity (referring to the entrance and exit pupil positions, respectively). Therefore, telecentric lenses are divided into: object space telecentric lens, image space telecentric lens, and bi telecentric lens. <br>Object Space Telecentric Lens <br>In general, a machine vision telecentric lens refers to an object space telecentric lens. If the entrance pupil of the lens is located at an infinite position in the image side (all objects behind the objective lens), it can be called an object space telecentric lens. The chief ray originated from optical axis is parallel with optical axis in object side ( or to say have very small angle θ which is called telecentricity in telecentric lens specs), while in image side is not parallel. <br>china bi telecentric lens with entrance pupil projected to infinity on the image side <br>In the optical design, object space telecentricity is achieved by placing the system&#039;s iris diaphragm at the intersection of the front-end groups. Since the entrance pupil is at infinity, the field of view is constant and has no field angle. Since the chief ray (which defines the system&#039;s field of view) passes through the optical axis at the aperture stop, when the pupil is at infinity, the ray is parallel to the optical axis and the field of view is zero. By contrast, any entrance pupil within a finite distance of the lens results in a non-parallel fiber. <br>An object space telecentric zoom lens in which the chief ray is completely parallel to the optical axis in the object space. Note that the field of view does not change no matter where the object plane is, because the chief ray that defines the field of view is perfectly parallel to the optical axis. <br>The entrance pupil is located where the object-side principal ray passes through the optical axis. <br>Bi Telecentric Lens <br>Although object space telecentric laser can provide much higher measurement accuracy than conventional lenses, bi telecentric lenses can also achieve higher accuracy if the lens is object and image space telecentric. The principle of image space and object space telecentricity also applies in bi telecentric lenses. In a bi-telecentric lens, the entrance and exit pupils project to their respective infinity. The chief ray originated from optical axis is parallel with optical axis in both object side and image side ( or to say have very small angle θ which is called telecentricity in telecentric lens specs). <br>Bi-telecentric lens with the entrance and exit pupils projected to infinity in the image and object spaces respectively <br> <br>Bi-telecentric lenses are the most accurate type of telecentric lenses because their field of view is completely unaffected by changes caused by changes in object position or sensor position, nor does it operate any cos4θ attenuation. The diagram below shows the comparison of three different lenses: fixed focal length lens,  object space telecentric lens, and double-telecentric lens. The X-axis represents the change in working distance (mm) from the nominal value, and the Y-axis represents the dimensional error percentage from the actual value. <br>As you can see, the bi -telecentric lens is the most accurate lens in the group, with a working distance offset of 4mm and an error of less than 0.2% during this period. Bi-telecentric lenses should be used in applications that require the highest accuracy and precision. <br>Non Telecentric Lens <br>The chief ray originated from optical axis has a angle θ with optical axis. For objects at different WD from the lens, the lens will have either smaller or larger mag. <br>non telecentric lens effect <br> <br>Types Of Telecentric Lens For Sale <br>16k Line Scan (82mm) Telecentric Lens <br>Specially designed for large image circle up to 82mm in length <br>Suitable for line scan cameras such as 16K x 5μm,16K x 3.5μm,12K x 5μm, 8K x 7μm, etc, and area scan camera such as 155 mega pixels, 151 mega pixels <br>Long working distance from 120mm to 700mm <br>12k Line Scan (62mm) Telecentric Lens <br>151Mega Pixel Super High-Resolution Lens <br>Suitable for Area Scan Camera 151 Mega Pixel-3.76μm, 120 MegaPixel-2.2μm and Line Scan Camera 16Kx3.5μm,12Kx5μm, 8Kx7μm <br>17 standard models available, various magnifications from 1.755X to 0.165X <br>8k Line Scan (57.4mm) Telecentric Lens <br>Suitable for large format Area Scan Camera Line Scan Camera 16Kx3.5μm, 8Kx7μm, 8Kx5μm <br>17 standard models available, various magnifications from 1.618X to 0.152X <br>M72 Mount, support customized mount <br>Full Frame Telecentric Lens <br>High mag from 1.5X to 4X, object telecentric design, coaxial type for option, high resolution with good consistency, suitable for high precision semiconductor &amp; display board inspection <br>Low mag from 0.114X to 1.213X, bi-telecentric design, design for large aperature <br>38mm Sensor Telecentric Lens <br>Sensors with a diameter of 38mm can fully utilize this series to produce high-resolution images <br>With the low magnification bi-telecentric lens, can achieve adjustment from 1.0703X to 0.101X <br>Models of mag below to 0.3X can adjust DOF <br>F mount <br>35mm Sensor Telecentric Lens <br>Suitable for sensor size of 35mm or below <br>Low magnification bi-telecentric lens series, from 0.988X to 0.0929X <br>High resolution from 5um to 53.3um <br>F mount <br>2&#039; (32mm) Sensor Telecentric Lens <br>Suitable for middle-sized line scan and large area scan sensor, such as 4Kx7μm, 2Kx10μm <br>Low magnification bi-telecentric lens series, from 0.896X to 0.084X <br>F mount <br>7/4&#039; (28mm) Sensor Telecentric Lens <br>Suitable for middle-sized line scan and large area scan sensor, such as 4Kx7μm, 2Kx10μm <br>Low magnification bi-telecentric lens series, from 0.793X to 0.0746X <br>Similar to 2&#039; (32mm) Sensor Telecentric Lense <br>High resolution from 5.8um to 62um <br>4/3&#039; (23mm) Sensor Telecentric Lens <br>The series of sensor diameter of 23mm is designed to suit the larger 1.1&#039; sensor <br>Support 1.1&#039; and 4/3&#039; sensor as well <br>Bi-telecentric design <br>0.634X-0.0596X Magnification,total 17 models <br>C Mount <br>1.1&#039; (18mm) Sensor Telecentric Lens <br>Optimized bi-telecentric lens for 1.1&#039; 3.45um cameras <br>High mag from 1X to 4X, bi-telecentric design, working distance from 65mm to 178mm. Built-in coaxial illumination is available.  <br>Low mag from 0.504X to 0.0475X,  large aperature for high brightness, widely applied in instant measurement <br>1&#039; (16.2mm) Sensor Telecentric Lens <br>Support max 18mm chip Bi telecentric lens for 1&#039; sensor <br>Low mag from 0.504X to 0.0475X, supporting working distance from 65mm to 700mm, widely applied in instant measurement <br>Low Mag 2/3&#039; Sensor Telecentric Lens <br>Wide magnification ranges from 0.0282X to 0.5X <br>Bi-telecentric design and object telecentric design <br>Compact design, short OI and high NA <br>Reduce hot spot for the coaxial type <br>High Mag 2/3&#039; Sensor Telecentric Lens WD 65mm <br>Wide magnification ranges from 0.5X to 6X <br>Bi-telecentric design and object telecentric design <br>16 standard models of working distance 65MM <br>C mount <br>High Mag 2/3&#039; Sensor Telecentric Lens WD 110mm <br>Wide magnification ranges from 0.5X to 6X <br>Bi-telecentric design and object telecentric design <br>16 standard models of working distance 110MM <br>C mount <br>Low Mag 1/2&#039; Sensor Telecentric Lens <br>Magnification ranges from 0.0205X to 0.218 X <br>Bi-telecentric design and object telecentric design <br>Suitable for various applications, alignment, inspection, measurement, etc. <br>C mount <br>High Mag 1/2&#039; Sensor Telecentric Lens WD 65mm <br>Wide magnification ranges from 0.3X to 8X <br>Bi-telecentric design and object telecentric design <br>21 standard models of working distance 65MM <br>2 standard models of working distance of 40MM <br>High Mag 1/2&#039; Sensor Telecentric Lens WD 110mm <br>Wide magnification ranges from 0.3X to 6X <br>Bi-telecentric design and object telecentric design <br>20 standard models of working distance 110MM <br>High Mag 1/2&#039; Sensor Telecentric Long Working Distance Lens <br>Wide magnification range from 0.5X to 2X <br>Bi-telecentric design and object telecentric design <br>Support long telecentric lens working distance up to 300MM <br> <br>Buying Guide For Canrill Machine Vision Telecentric Lens <br>Canrill has mainly two types of telecentric lens for sale: bi telecentric lens and object space telecentric lens. For your selection more quicker, we sorted out different types of telecentric lens. If you have any questions on buying telecentric lens, welcome to inquiry us. We are gladly to offer answers, <br> <br>Bi Telecentric Lens <br>F mount bi telecentric lens for 38mm Sensors <br>F mount bi telecentric lens for 35mm Sensors <br>F mount bi telecentric lens for for middle-sized line scan and large area scan sensors <br>F mount bi-telecentric lens for middle-sized line scan and large area scan sensors <br>bi telecentric lens for larger 23mm 1.1&#039; sensors <br>C mount bi telecentric lens for 1.1&#039; 3.45um cameras <br>C mount Bi-telecentric lens for 1&#039; sensor <br> <br>Object Space Telecentric Lens <br>High mag &amp; low mag full frame object telecentric telecentric lens <br> <br>Bi-telecentric Design Object Space Telecentric Lens <br>Compact design telecentric lens for low mag 2/3&#039; sensors <br>Compact telecentric lens for high mag 2/3&#039; sensors <br>Compact telecentric lens for high mag 2/3&#039; sensors of working distance 110MM <br>Telecentric lens for low mag 1/2&#039; sensors suitable for various applications, alignment, inspection, and measurement <br>Telecentric lens for high mag 1/2&#039; sensors of working distance 65MM <br>Telecentric lens for high mag 1/2&#039; sensors of working distance 100MM <br>Telecentric lens for high mag 1/2&#039; sensors of long working distance up to 300MM <br> <br>Telecentric Lens Of Different Types of Mounts <br>M95 Mount telecentric lens for large image circle <br>M72 Mount 151mega pixel Super high-resolution telecentric lens <br>M72 Mount for large format area scan camera <br> <br>Advantages Of Telecentric Imaging Lens System <br>High telecentricity and little-to-no distortion for accurate measurements. <br>Good consistency for better telecentric imaging system. <br>Extensive range of machine vision telecentric lens covering sensor size from 4.8mm to 82mm and supporting object FOV from 0.7mm to 390mm. <br>Considerable inventory offers the quickest leading time in industry. <br>Quick customization service, break the customization record by producing a new telecentric lens machine vision within 12 days from design to finished product. <br>World-famous brands endorsement, like Apple, Samsung, Huawei, Han&#039;s Laser, Foxconn, etc. <br> <br>Telecentric Lens FAQs <br>Can we get a sample to test before we place orders? <br>Yes, Canrill has a large range of samples available for customers to test. Pls contact our sales for sample loan. <br>Do you support telecentric lens customization? <br>Yes, we can customize lens based on customers’ request. As long as customer provides us with necessary optical requirement, we will be able to customize the lens in a very quick time. <br>What’s the leading time of telecentric lens? <br>For most standard models, leading time is within 7 days. Customization will depends. <br>Do you have a MOQ for telecentric lens? <br>Canrill does not have MOQ for standard models. For non-standard customized models, MOQ is 10pcs. <br>What is a Telecentric Lens? <br>The machine vision telecentric lens design is mainly to correct traditional industrial lens parallax. Within a certain range, a telecentric lens for machine vision can make the image magnification of the image does not change. Currently, due to its unique parallel optical path design, the telecentric lens has been widely favored by machine vision applications that are highly required for lens distortion. <br>What&#039;s The Difference Between Resolution &amp; Mtf30 For The Telecentric Lens? <br>Resolution and MTF have a different definition method. <br>Resolution formula is R=0.61*λ/NA. R is object resolution and λ is wavelength, which is usually 0.55um. NA is the numerical aperture of the object side of the lens. <br>For example, XF-MT1X65D, the NA is 0.045, thus the resolution is 0.61*0.55/0.045≈7.45um. ( the resolution in our product list and drawings is 7.33um, is because decimal point numbers ) <br>Therefore the corresponding line pairs should be 1000/(7.33*2)=68Lp/mm. <br>MTF is Contrast of output image/Contrast of input image. Since the input image is always larger than the output image, therefore the MTF value is always from 0-1. <br>MTF30 means the line pairs when the image MTF value is 0.3. <br>So to calculate the image side resolution, the formula is 1/MTF30/2. <br>For example, XF-MT1X65D, the MTF30 is 90lp/mm, then the resolution is 1/90/2=5.56um. <br>What Is The Resolution Of Telecentric Lens? <br>Resolution is the ability to resolve details in the object. It describes the thinnest line that the human eye can distinguish. Normally, the resolution for machine vision telecentric lens image is as below: <br>R=0.6*λ/NA; <br>λ is the wavelength of the light(normally λ is 550nm); <br>NA is the numerical aperture of the lens. <br>How To Improve The Deep Of Field (dof) Of A Telecentric Lens? <br>The DOF of a telecentric lens can be changed by adjusting its aperature. When the aperature gets bigger, the DOF becomes smaller. When the aperature gets smaller, the DOF will increase. <br>What&#039;s The Advantage Of Telecentric Lens System? <br>Telecentric Lens can eliminate the parallax error characteristic by having a constant, non-angular field of view. Its magnification and field of view do not change at any distance from the object <br>Telecentric Lens has a very low level of distortion, which makes the telecentric lens an excellent choice for metrology applications <br>Telecentric Lens system can have a larger depth of field, which is beneficial in maintaining a very good image contrast even when looking at very thick objects <br> <br>For more information about telecentric lens price and large field of view telecentric lens, please feel free to contact us! <br> <br>There are many top optical lens manufacturers, but we are one of the best choices for you.

#illuminator <br>[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2Ftelecentric-illuminator%2F[/a] <br>Telecentric illuminator is of great significance to the image processing system. Providing stable and reproducible illumination conditions, the telecentric illuminator produced by Canrill can help the image processing tools, such as our machine vision telecentric lens, to better capture the visual image of the object. <br>Better clarity and WBC, higher telecentricity <br>Especially suitable for round workpiece measurement <br> <br>Machine Vision Illuminator Specification <br> <br>Telecentric Illumination <br>Regarding the illumination techniques in machine vision, the concept of telecentric light rays collimating and parallel to the optical axis also applies. Canrill telecentric illuminator machine uses optical devices to direct light from fiber-optic guides or LEDs to the object being examined, producing high-contrast silhouettes. TV central luminescence improves edge contrast and measurement accuracy by reducing diffuse reflection from objects. The collimating light leaves the illuminator and remains on the collimating surface as it strikes the object. In contrast, light from a standard backlight expands and interferes with each other, resulting in diffuse reflection. <br> <br>If you are looking for a reliable lens manufacturer, don&#039;t hesitate to contact us!

#Illumination <br>[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2Fpoint-illumination%2F[/a] <br>Suitable for low mag lens coaxial lighting, uniform light spot, high brightness <br> <br>Point Illumination Specification <br>Model Light Color Main Wavelength (nm) Forward Voltage (V) Forward Current (mA) Preview (pdf) <br>XF-ADLED1W white   3.2V 350MA <br>XF-ADLED1R gules 630 2.2V 350MA <br>XF-ADLED1B P blue 460 3.2V 350MA <br>XF-ADLED1G green 520 3.2V 350MA <br>XF-ADLED3W white   /3.5V 700MA <br>XF-ADLED3R gules 630 2.5V 700MA <br>XF-ADLED3G blue 460 3.5V 700MA <br>XF-ADLED3B green 520 3.5V 700MA <br>XF-ADLED1W-mini white   /3.2V 350MA <br>XF-ADLED1R-mini gules 630 2.2V 350MA <br>XF-ADLED1B-mini blue 460 3.2V 350MA <br>XF-ADLED1G-mini green 520 3.2V 350MA <br> <br>Point Illumination Application <br>Guidance <br>Identification <br>Inspection <br>Gauging <br> <br>If you are looking for a reliable optical lens manufacturer, don&#039;t hesitate to contact us!

[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2Fmicroscopy-lens%2F[/a] <br>#Microscope #objective #design <br> <br>Microscope Objective Lens <br>Suitable for ITO, particle detection, wafer inspection <br> <br>Infinity optical design for different microscope lenses can match infinity objective lens with a different mag <br> <br>High-contrast &amp; brightness image solution <br> <br>Microscope objective design of new modular allows customizing different optical layouts on customers&#039; requests <br> <br>1x Microscope Objective Lens Specification <br>Model Objective Magnification CCD Max Size Objective Aperature Diameter Image Path Spectrum Light Path Spectrum Laser Path Spectrum Lighting Path Mount Objective Lens Mount <br>Microscopy Lens XF-VM3-1X-C 1X 4-3 φ12mm Visible Visible / /8mm point illumination M26×0.706 <br>Microscopy Lens XF-VM3-1X-N 1X 4-3 φ12mm Visible / / / M26×0.706 <br>Microscopy Lens XF-VM3-05X-C 0.5X 2-3 φ12mm Visible Visible / 8mm point illumination M26×0.706 <br>Microscope Lens XF-VM3-1X-DIC 1X 4-3 φ12mm Visible Visible / /30W Blue LED M26×0.706 <br>Microscope Lens XF-VM3-1X-CL 1X 4-3 φ12mm Visible Visible / /8mm point illumination Support to objective turret with depth less tham 45mm <br>Microscope Lens XF-VM3-05X-CL 0.5X 2-3 φ12mm Visible Visible / /8mm point illumination Support to objective turret with depth less tham 45mm <br>Microscopy Lens XF-VM3-D0510 Vertical 0.5X/Horizontal1X Vertical 2/3 φ12mm Visible / / 8mm point illumination M26×0.706 <br>Microscopy Lens XF-VM3-LA1X-C1-NIR 1X 1.1 φ12mm Visible Visible 800-1200nm 8mm point illumination M26×0.706 <br>XF-VM3-LA1X-C2-NIR-CL 1X 1.1 φ12mm Visible Visible 800-1200nm 8mm point illumination Support to objective turret with depth less tham 45mm <br> <br>Different Microscope Objective Lens Types <br>In general, when it comes to the microscope lens types, we refer to the different magnification and uses of the four most commonly different microscope lenses on composite optical microscopes. <br> <br>Scan the lens (4x) <br>The scanning objective is designed for getting bearings right before moving onto the low power lens. <br> <br>Low-power lens (10 x) <br>The low-power microscope objective lens usually has 10x or 20x magnification. You can identify it by a yellow stripe around the lens housing. This objective can be very useful for viewing prepared specimens on slides. <br> <br>High-power lens (40 x) <br>The high-power microscopy lens is applied for looking at smaller specimens like bacteria and cells that are invisible to the naked eye. <br> <br>Oil-immersion lens (100 x) <br>These lenses are called ‘oil immersion lenses’ because you usually need to use them with oil in order to view your specimen. <br> <br>Microscope Objective Working Distance <br>In general, the operating microscope objective working distance decreases with magnification and numerical aperture. Nowadays, the popular trend is to produce dry microscope objectives with as long working distances as possible, but this requirement is partly limited by a high numerical aperture that requires high resolution. This usually result in the manufacturers making a compromise between these two parameters. <br> <br>To provide extensive optical solutions in machine vision optics systems, Canrill Optics, as a custom optical lens manufacturer, has been keeping developing, manufacturing and marketing machine vision telecentric lens since 2009. In 2019 and 2020, Canrill Optics has successfully upgraded the telecentric lens to 4th generation PTL series and developed new series of non-telecentric Canrill lens.

[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2Flow-mag-2-3-sensor-telecentric-lens%2F[/a] <br>#custom #lens <br>Low Mag 2/3&#039; Sensor Telecentric Lens <br>Megapixels high-resolution c mount telecentric lens <br> <br>Wide magnification ranges from 0.0282X to 0.5X <br> <br>Bi-telecentric design and object telecentric system design <br> <br>High resolution <br> <br>Compact design <br> <br>Short OI and high NA <br> <br>Reduce hot spot for the coaxial type <br> <br>C mount <br> <br>Low Mag 2/3&#039; Sensor Telecentric Lens Specification <br>Model Optical Size Sensor Length (mm) Sensor Width (mm) Diagonal (mm) FOV Length (mm) FOV Width (mm) Lens Length (mm) Max Diameter (mm) <br>XF-5MDT05x178D 2/3&#039; 8.45 7.07 11 16.9 14.1 218.6 52 <br>XF-5MDTE03X65 2/3&#039; 8.45 7.07 11 28.2 23.6 114.4 49 <br>XF-5MDTE04X110B 2/3&#039; 8.45 7.07 11 21.1 17.7 139.1 56 <br>XF-5MDT05X178 2/3&#039; 8.45 7.07 11 16.9 14.1 216 52 <br>XF-5MDT05X65 2/3&#039; 8.45 7.07 11 16.9 14.1 102.1 36 <br>XF-5MDT05X65D 2/3&#039; 8.45 7.07 11 16.9 14.1 105.1 36 <br>XF-PTL39011-C 2/3&#039; 8.45 7.07 11 299.6 250.7 1046.7 430 <br>XF-PTL35011-C 2/3&#039; 8.45 7.07 11 268.3 224.4 826.4 376 <br>XF-PTL31011-C 2/3&#039; 8.45 7.07 11 238 199.2 754.2 340 <br>XF-PTL26811-C 2/3&#039; 8.45 7.07 11 205.6 172 687.9 300 <br>XF-PTL23811-C 2/3&#039; 8.45 7.07 11 182.9 153 629.3 270 <br>XF-PTL19511-C 2/3&#039; 8.45 7.07 11 149.6 125.1 481.2 222 <br>XF-PTL18211-C 2/3&#039; 8.45 7.07 11 140.8 117.8 454.8 210 <br>XF-PTL15211-C 2/3&#039; 8.45 7.07 11 116.6 97.5 406.9 180 <br>XF-PTL13711-C 2/3&#039; 8.45 7.07 11 105.6 88.4 367.8 166 <br>XF-PTL12211-C 2/3&#039; 8.45 7.07 11 93.9 78.6 359.8 166 <br>XF-PTL11011-C 2/3&#039; 8.45 7.07 11 84.5 70.7 321.1 130 <br>XF-PTL09211-C 2/3&#039; 8.45 7.07 11 70.4 58.9 271.9 120 <br>XF-PTL08011-C 2/3&#039; 8.45 7.07 11 61.2 51.2 247.1 104 <br>XF-PTL06511-C 2/3&#039; 8.45 7.07 11 50 41.8 212.5 90 <br>XF-PTL05511-C 2/3&#039; 8.45 7.07 11 42.3 35.4 196.8 79 <br>XF-PTL04511-C 2/3&#039; 8.45 7.07 11 34.6 29 153.9 70 <br>XF-PTL03711-C-VI 2/3&#039; 8.45 7.07 11 28.2 23.6 121.7 70 <br> <br>As a custom lens manufacturer, we will do our best to meet all the needs of customers.

[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2Fhigh-mag-1-2-sensor-telecentric-lens-long-working-distance%2F[/a] <br>#lens #manufacturer <br>High Mag 1/2&#039; Sensor Telecentric Long Working Distance Lens <br>Standard resolution telecentric lens <br> <br>Wide magnification range from 0.5X to 2X <br> <br>Bi-telecentric design and object telecentric design <br> <br>22 standard models of this double telecentric lens series support long telecentric lens working distance up to 300MM <br> <br>Long telecentric lens working distance suitable for various applications, alignment, inspection, measurement, etc. <br> <br>C mount <br> <br>High Mag 1/2&#039; Sensor Telecentric Long Working Distance Lens Specification <br>Model Optical Size Sensor Length (mm) Sensor Width (mm) Diagonal (mm) FOV Length (mm) FOV Width (mm) Lens Length (mm) Max Diameter (mm) <br>XF-T05X150 1/2&#039; 6.4 4.8 8 12.8 9.6 104.4 29 <br>XF-T05X150D 1/2&#039; 6.4 4.8 8 12.8 9.6 107.5 29 <br>XF-T05X200D 1/2&#039; 6.4 4.8 8 12.8 9.6 91.9 29 <br>XF-T05X200 1/2&#039; 6.4 4.8 8 12.8 9.6 95 29 <br>XF-T1X150 1/2&#039; 6.4 4.8 8 6.4 4.8 140.2 22 <br>XF-T1X150D 1/2&#039; 6.4 4.8 8 6.4 4.8 143.3 22 <br>XF-T1X250 1/2&#039; 6.4 4.8 8 6.4 4.8 147.3 30 <br>XF-T1X250D 1/2&#039; 6.4 4.8 8 6.4 4.8 149.8 30 <br>XF-T1X300 1/2&#039; 6.4 4.8 8 6.4 4.8 220.7 30 <br>XF-T1X300D 1/2&#039; 6.4 4.8 8 6.4 4.8 223.2 30 <br>XF-T1X420 1/3&#039; 4.8 3.6 6 4.8 3.6 209.7 30 <br>XF-T1X420D 1/3&#039; 4.8 3.6 6 4.8 3.6 210.7 30 <br>XF-T2X150B 1/2&#039; 6.4 4.8 8 3.2 2.4 102.8 24 <br>XF-T2X150BD 1/2&#039; 6.4 4.8 8 3.2 2.4 102.8 24 <br>XF-T2X200B 1/2&#039; 6.4 4.8 8 3.2 2.4 122.6 26 <br>XF-T2X200BD 1/2&#039; 6.4 4.8 8 3.2 2.4 122.6 26 <br>XF-T2X250 1/1.8&#039; 7.2 5.3 9 3.6 2.7 189.1 30 <br>XF-T2X250D 1/1.8&#039; 7.2 5.3 9 3.6 2.7 191.7 30 <br>XF-T2X300 1/2&#039; 6.4 4.8 8 3.2 2.4 189.7 34 <br>XF-T2X300D 1/2&#039; 6.4 4.8 8 3.2 2.4 194.1 34 <br>XF-MT1X200 2/3&#039; 8.45 7.07 11 8.5 7.1 188.7 36 <br>XF-MT1X200D 2/3&#039; 8.45 7.07 11 8.5 7.1 191.9 36 <br> <br>As a china lens manufacturer, we will do our best to meet all the needs of customers.

[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2Fdmd-lithography-lens.html[/a] <br>#Lithography #Lens <br>DMD Lithography Lens <br>We have been in close cooperation with LDI (Laser Direct Imaging) manufacturers, to research and produce LDI lens. <br> <br>Our dual-waveband and tri-waveband LDI lens optimize the image quality completely and the transmittance, which is better than 80% during waveband from 360nm to 400nm while ensuring the image quality in the same time. <br> <br>As a lens company china, we can provide kinds of industry lens for sale, if you are interested, please leave us a message.

[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2F8k-line-scan-57.4mm-telecentric-lens%2F[/a] <br>#Line #Scan #Lens <br>8k Line Scan Lens <br>Suitable for large format Area Scan Camera Line Scan Camera 16Kx3.5μm, 8Kx7μm, 8Kx5μm <br> <br>Adjustable iris makes it possible to balance DOF and resolution in a perfect way <br> <br>Super high resolution &amp; low distortion <br> <br>17 standard models available, various magnifications from 1.618X to 0.152X <br> <br>M72 Mount, support customized mount <br> <br>8k Line Scan (57.4mm) Telecentric Lens Specification <br>Model Optical Size Diagonal (mm) FOV Length (mm) Lens Length (mm) Max Diameter (mm) <br>XF-PTL39057-M72-11.48-VI 16k x 3.5μm 57.34 377.2 1263.7 430 <br>XF-PTL35057-M72-11.48-VI 16k x 3.5μm 57.34 337.3 1043.4 376 <br>XF-PTL31057-M72-11.48-VI 16k x 3.5μm 57.34 298.6 971.2 340 <br>XF-PTL26857-M72-11.48-VI 16k x 3.5μm 57.34 258.3 904.9 300 <br>XF-PTL23857-M72-11.48-VI 16k x 3.5μm 57.34 230.3 846.3 270 <br>XF-PTL19557-M72-11.48-VI 16k x 3.5μm 57.34 188 698.2 222 <br>XF-PTL18257-M72-11.48-VI 16k x 3.5μm 57.34 175.9 671.8 210 <br>XF-PTL15257-M72-11.48-VI 16k x 3.5μm 57.34 146.6 623.9 180 <br>XF-PTL13757-M72-11.48-VI 16k x 3.5μm 57.34 132.4 584.8 166 <br>XF-PTL12257-M72-11.48-VI 16k x 3.5μm 57.34 118 576.8 166 <br>XF-PTL11057-M72-11.48-VI 16k x 3.5μm 57.34 106.4 538.1 130 <br>XF-PTL09257-M72-11.48-VI 16k x 3.5μm 57.34 88.5 488.9 120 <br>XF-PTL08057-M72-11.48-VI 16k x 3.5μm 57.34 77.3 464.2 104 <br>XF-PTL06557-M72-11.48-VI 16k x 3.5μm 57.34 62.9 429.5 90 <br>XF-PTL05557-M72-11.48-VI 16k x 3.5μm 57.34 53.1 413.9 79 <br>XF-PTL04557-M72-11.48-VI 16k x 3.5μm 57.34 43.5 370.9 70 <br>XF-PTL03757-M72-11.48-VI 16k x 3.5μm 57.34 35.4 338.8 70 <br> <br>As a camera lens manufacturer, we can provide kinds of industrial camera lens for sale, if you are interested, please leave us a message.

[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2F16k-line-scan-82mm-telecentric-lens%2F[/a] <br>#camera #lens #makers <br>16k Line Scan (82mm) Telecentric Lens <br>Specially designed for large image circle up to 82mm in length <br> <br>Suitable for line scan cameras such as 16K x 5μm,16K x 3.5μm,12K x 5μm, 8K x 7μm, etc, and area scan camera such as 155 mega pixels, 151 mega pixels <br> <br>The adjustable iris of this machine vision telecentric lens series is adopted to balance the DOF and resolution perfectly <br> <br>Excellent uniformity and little-to-no distortion <br> <br>Some models support inner L90 steering, saving installation space <br> <br>16 standard models available, support object FOV from 45mm to 390mm <br> <br>Long working distance from 120mm to 700mm <br> <br>M95 Mount, support customized mount <br> <br>16k Line Scan (82mm) Telecentric Lens Specification <br> <br>Model Optical Size Diagonal (mm) FOV Length (mm) Lens Length (mm) Max Diameter (mm) <br>Line Scan Camera Lens XF-PTL39082-M95-12-VI 16k x 5μm 81.92 369 1365.3 430 <br>Line Scan Camera Lens XF-PTL35082-M95-12-VI 16k x 5μm 81.92 331.7 1145 376 <br>Line Scan Camera Lens XF-PTL31082-M95-12-VI 16k x 5μm 81.92 293.6 1072.7 340 <br>Line Scan Camera Lens XF-PTL26882-M95-12-VI 16k x 5μm 81.92 253.6 1006.4 300 <br>Line Scan Lens XF-PTL23882-M95-12-VI 16k x 5μm 81.92 225.7 947.8 270 <br>Line Scan Lens XF-PTL19582-M95-12-VI 16k x 5μm 81.92 184.5 799.8 222 <br>Line Scan Lens XF-PTL18282-M95-12-VI 16k x 5μm 81.92 172.5 773.3 210 <br>Line Scan Lens XF-PTL15282-M95-12-VI 16k x 5μm 81.92 143.7 725.4 180 <br>Line Telecentric Scan Lens XF-PTL13782-M95-12-VI 16k x 5μm 81.92 129.8 686.3 166 <br>Line Telecentric Scan Lens XF-PTL12282-M95-12-VI 16k x 5μm 81.92 115.7 678.3 166 <br>Line Telecentric Scan Lens XF-PTL11082-M95-12-VI 16k x 5μm 81.92 104.4 639.6 130 <br>Line Telecentric Scan Lens XF-PTL09282-M95-12-VI 16k x 5μm 81.92 86.9 590.4 120 <br>Line Scan Camera Lens XF-PTL08082-M95-12-VI 16k x 5μm 81.92 75.9 565.7 104 <br>Line Scan Camera Lens XF-PTL06582-M95-12-VI 16k x 5μm 81.92 61.7 531 90 <br>Line Scan Camera Lens XF-PTL05582-M95-12-VI 16k x 5μm 81.92 52.1 515.4 79 <br>Line Scan Camera Lens XF-PTL04582-M95-12-VI 16k x 5μm 81.92 42.7 472.4 70 <br> <br>Now the price of line scan camera lens is reasonable, if you want to buy line scan lenses, please contact us. <br> <br>As one of camera lens makers, we will do our best to meet all the needs of customers.

[a]https%3A%2F%2Fwww.canrilloptics.com%2Fproducts%2F1.1-18mm-sensor-telecentric-lens%2F[/a] <br>#machine #vision #optics <br>1.1&#039; (18mm) Sensor Lens <br>Optimized bi-telecentric lens for 1.1&#039; 3.45um cameras <br> <br>High mag and low mag of this series of machine vision telecentric lens are both available <br> <br>High mag from 1X to 4X, bi-telecentric design, working distance from 65mm to 178mm. Built-in coaxial illumination is available. This series also has an excellent performance in high precision industry <br> <br>Low mag from 0.504X to 0.0475X, bi-telecentric design, large aperature for high brightness. It can be widely applied in instant measurement <br> <br>C mount <br> <br>Specification Of High Mag 1.1&#039; Sensor Telecentric Lens <br>Model Optical Size Sensor Length (mm) Sensor Width (mm) Diagonal (mm) FOV Length (mm) FOV Width (mm) Lens Length (mm) Max Diameter (mm) <br>XF-10MDT1.5X110-1C 1.1&#039; 14.2 10.4 17.6 9.5 6.9 182.5 50 <br>XF-10MDT1.5X110D-1C 1.1&#039; 14.2 10.4 17.6 9.5 6.9 182.5 50 <br>XF-10MDT1X65-1C 1.1&#039; 14.2 10.4 17.6 14.2 10.4 125.4 39 <br>XF-10MDT1X65D-1C 1.1&#039; 14.2 10.4 17.6 14.2 10.4 129.6 39 <br>XF-10MDT1X110-1C 1.1&#039; 14.2 10.4 17.6 14.2 10.4 151.5 50 <br>XF-10MDT1X110D-1C 1.1&#039; 14.2 10.4 17.6 14.2 10.4 151.5 50 <br>XF-10MDT1X178-1C 1.1&#039; 14.2 10.4 17.6 14.2 10.4 171 42 <br>XF-10MDT1X178D-1C 1.1&#039; 14.2 10.4 17.6 14.2 10.4 171 42 <br>XF-10MDT2X65-1C-VI 1.1&#039; 14.2 10.4 17.6 7.1 5.2 150.4 44 <br>XF-10MDT2X65D-1C-VI 1.1&#039; 14.2 10.4 17.6 7.1 5.2 150.4 44 <br>XF-10MDT3X65-1C-VI 1.1&#039; 14.2 10.4 17.6 4.7 3.5 158.4 44 <br>XF-10MDT3X65D-1C-VI 1.1&#039; 14.2 10.4 17.6 4.7 3.5 158.4 44 <br>XF-10MDT4X65-1C-VI 1.1&#039; 14.2 10.4 17.6 3.6 2.6 174.4 44 <br>XF-10MDT4X65D-1C-VI 1.1&#039; 14.2 10.4 17.6 3.6 2.6 174.4 44 <br> <br>To provide extensive optical solutions in machine vision optics systems, Canrill Optics, as a custom lens manufacturer, has been keeping developing, manufacturing and marketing telecentric lens for machine vision since 2009. In 2019 and 2020, Canrill Optics has successfully upgraded the telecentric lens to 4th generation PTL series and developed new series of non-telecentric Canrill lens.