Tamron Industrial Optics provides OEMs and businesses with advanced optical solutions specifically designed for industrial applications. Our portfolio includes high-quality lenses for industrial imaging, robotics, and surveillance systems. Our innovative products are designed to deliver outstanding image quality, increase your company’s productivity, and optimize operational processes. We offer European customers expert consulting, technical support, and customization services from our facility in Cologne, Germany.
High-Resolution Infrared-Corrected Lenses for 1.1Â Sensors with up to 24 Megapixel
The Tamron MA111F-VIR lens series impresses with its outstanding features: high resolution, infrared-corrected, and designed for 1.1" sensors. The series excels with an exceptional resolution of up to 24 Megapixel and a minimal pixel pitch of just 2.5µm. It covers a wide spectrum of light from 400nm to 850nm (near-infrared range). Available in focal lengths of 16mm, 25mm, 35mm, and 50mm, the MA111F-VIR infrared-corrected lens series provides an optimal solution for demanding imaging applications, particularly in the field of intelligent transportation systems (ITS).
Compact and Rugged High-Resolution Machine Vision Lenses for 2/3Â Sensors 8 Megapixel
Designed for 2/3 sensors, the MA23F lens series delivers exceptional performance. Boasting a resolution of up to 8 Megapixel and a pixel pitch of 2.74µm, alongside superior transmittance and minimal distortion, it ensures top-notch image quality. Available in focal lengths of 8mm, 12mm, 16mm, 25mm, 35mm, and 50mm, the MA23F series is well-suited for a variety of demanding applications with its slim housing diameter of just 29mm.
Low-Distortion, High Resolution and Ruggedized Industrial Lenses for 1/1.7Â to 1/1.8Â Sensors Up to 6 Megapixel
The M117FM-RG series is one of TAMRONÂs tried and tested standard product lines. Designed for 1/1.7Â-1/1.8Â sensors with 5 to 6 Megapixel resolution, these c-mount lenses boast minimal distortion, high resolution, and feature a ruggedized design, all bundled at a cost-effective price point. This combination of high performance and affordability renders them an ideal solution for a variety of machine vision applications.
Compact and Ultra-High Performance Machine Vision Lenses for 1/1.2" and 2/3Â Sensors
The M112FM series offers a compact yet powerful solution tailored for demanding imaging applications. With the ability to achieve 3MP on 1/1.2 sensors and 5MP on 2/3 sensors simultaneously, it introduces a new level of versatility. Additionally, its extensive range of focal lengths covers even 1 sensors, making it an attractive and cost-effective option for specific 1 applications. Featuring pixel sizes 5.86 µm for 1/1.2 sensors and 3.45µm for 2/3 cameras, these lenses meet the rigorous requirements of industrial imaging tasks. Within the Ã29mm lens category, the M112FM series stands out with industry-leading resolution and contrast, ensuring exceptional performance across all focal lengths availableÂfrom 6mm, 8mm, 12mm, 16mm, 25mm, 35mm, 50mm, to 75mm
Compact and Robust 2 Megapixel Lenses for 1/1.8" Sensors
The M118FM series from Tamron is designed for 1/1.8 sensors. With a pixel size of 5µm and a resolution of 2 Megapixel, these lenses meet the demanding requirements of modern image processing applications. Even at short working distances, they deliver outstanding quality. This series is available in the focal lengths 6mm, 8mm, 12mm, 16mm, 25mm, and 50mm. With a diameter of only Ã29mm (M118FM06 Ã37mm), these industrial lenses are extremely compact and ideal for applications with space constraints.
VIS-SWIR Machine Vision Lens with High Transmittance and Low Focus Shift for 1Â Sensors
The Tamron VIR-SWIR SMA lens series stands out for its exceptional features: it encompasses a broad spectral range, from visible light to the Short Wavelength Infrared (SWIR) band, ensuring high transmittance. Designed for 1" sensors, it offers versatility across various applications. With coverage from 400nm to 1700nm, minimal focus shift, and availability in focal lengths of 12mm, 16mm, and 25mm, the SMA series provides an optimal solution for demanding imaging applications in industrial sectors such as food processing and medicine.
High-Resolution Machine Vision Lenses for 2/3" Sensors
TamronÂs 23FM lenses are engineered for seamless integration into factory automation and machine vision systems, offering advanced performance and reliability. They are designed to complement Megapixel cameras with 2/3" and 1/1.8" sensors with a pixel pitch of 4.0µm, ensuring exceptional image quality. Their high-resolution imagery makes them the perfect companion for high-end cameras, while their consistent performance across various focal lengths guarantees reliable results throughout.
High Resolution Machine Vision Lens Series with High Transmittance for 2/3" Sensors
Old but gold: TamronÂs HR Series embodies the legacy of excellence  a celebrated collection of compact machine vision lenses designed for 2/3" sensors, featuring focal lengths ranging from 6.5mm to 75mm. Trusted for over 35 years, these lenses are synonymous with reliability and precision, their enduring popularity a testament to their exceptional quality. Lightweight and featuring a high transmission, TamronÂs HR Series sets the standard for reliable imaging solutions.
Camera technology for top-notch security: Our state-of-the-art CCTV lenses for video surveillance cameras provide a unique balance between optical quality, modern features, and affordable prices. Each lens is crafted with the utmost care and precision to guarantee not only razor-sharp images but also outstanding image clarity and resolution in your security applications. TAMRON lenses are designed to meet the challenges of cutting-edge surveillance systems. Our wide range of advanced CCTV lenses allows you to find the optimal solution for your specific security requirements. From monitoring industrial facilities to complex security infrastructures, our lenses deliver the reliability and performance you need.
Our thermal imaging solutions are tailored to the long-wave infrared region (LWIR), enabling them to reliably capture heat signatures and temperature differences. These solutions sense temperature variations to produce thermal images. Unlike common imaging products, their performance is not influenced by daylight or weather conditions. Our thermography lenses are made from materials that are transparent to infrared light, as conventional optical glasses block infrared radiation. By adapting to specific wavelength ranges, our lenses and modules ensure optimal sensitivity for detecting temperature variations, making them particularly useful for surveillance applications.
TAMRON lenses and modules are specifically developed to meet the demands of state-of-the-art thermographic systems. Our advanced thermal imaging solutions allow you to find the perfect fit for your unique requirements.
At Tamron, we line up Long Wavelength Infrared lenses (LWIR Lenses) along with the visible light and near infrared compatible surveillance lenses. Recently, the demand for LWIR lenses is growing, as they are being used for different purposes as e.g. the surveillance of infrastructure, boarders, and coast lines.
To match the various needs, Tamron has developed LWIR lenses with unique features, such as Vibration Compensation (VC) and a fast aperture, and still managed the product to be compact in size.
At Tamron, we line up Long Wavelength Infrared lenses (LWIR Lenses) along with the visible light and near infrared compatible surveillance lenses. Recently, the demand for LWIR lenses is growing, as they are being used for different purposes as e.g. the surveillance of infrastructure, boarders, and coast lines.
To match the various needs, Tamron has developed LWIR lenses with unique features, such as Vibration Compensation (VC) and a fast aperture, and still managed the product to be compact in size.
The LW10F series are shutterless compact LWIR camera modules designed for simultaneous thermal imaging and precise temperature measurement.
The LW10F series are shutterless compact LWIR camera modules designed for simultaneous thermal imaging and precise temperature measurement.
The LW10F series are shutterless compact LWIR camera modules designed for simultaneous thermal imaging and precise temperature measurement.
The MP3010M-EV from TAMRON is a technological innovation for sophisticated applications. With its compatible design and its high sensitivity thanks to the Sony STARVIS™ high-performance image sensor, this camera module sets a new standard. The day/night function (ICR) makes it the perfect choice for outdoor use.
The electronic image stabilisation system (EIS) and 10x optical zoom ensure razor-sharp images, even under rough conditions. With interfaces such as LVDS, HDMI and UVC video output, it offers maximum flexibility for a wide range of applications. The use of the VISCA™ protocol enables precise camera control via TTL, RS-232 or RS-485.
With a total weight of only around 70g and an overall length of 59mm, the MP3010M-EV is not only compact but also light – ideal for use with existing casings or systems with space restrictions. The high performance camera module offers full HD video outputs compatible with multiple formats – a powerful solution for a wide range of applications.
Reliability, quality and performance come together in this module to provide you with the best solutions for your projects. Contact us now and let our experts advise you.
As the demand for autonomous driving escalates, the significance of automotive lenses grows accordingly. In response, we are dedicated to developing a diverse array of these lenses to fulfill the advanced detection capabilities essential for ADAS and autonomous driving sensors. Our commitment to engineering high-specification lenses, which function as the “eyes” of these sensors, underscores our goal of contributing to a safer and more efficient automotive society. By addressing critical issues such as traffic accidents and congestion, our high-performance optical products, utilized in image sensors and LiDAR, are pivotal in supporting preventive safety measures and the advancement of autonomous driving technologies.
Technology that Serves as the ÂEyes of Autonomous Driving
Autonomous driving requires an array of sensors to perceive the surrounding environment and monitor the driverÂs condition, thereby controlling the vehicleÂs movements. Automotive sensing cameras are indispensable in autonomous driving, detecting vehicles, pedestrians, traffic signs, and more through digital image data and ensuring precise vehicle control. However, these cameras are limited to detecting objects that can be captured visually, posing challenges in adverse weather conditions or when visibility is compromised by direct light. In such scenarios, LiDAR technology becomes crucial, as it measures distances by analyzing the disturbance and reflection of laser irradiation. TAMRON is at the forefront of developing and manufacturing lenses for both LiDAR and sensing cameras, enhancing the efficacy and reliability of autonomous driving systems.
With a team of skilled engineers and state-of-the-art production and measurement equipment, Tamron produces a wide variety of optical elements. These include plano-convex, bi-convex, convex meniscus, plano-concave, bi-concave, and concave meniscus lenses, in sizes ranging from 3.5 mm to 200 mm in diameter.
Leveraging advanced optical technologies in design, precision processing, and meticulous measurement, Tamron has a long history of crafting lens elements in diverse sizes. From small to large, our expertise covers a wide range of applications. We handle the entire process from initial prototype development to large-scale production, expertly meeting the unique specifications of our valued customers.
The lens test plate is a crucial reference for all optical lenses. Achieving the ultra-high precision needed for these test plates goes beyond what automated grinding machines can accomplish. Instead, traditional techniques using Oscar-type grinding machines are required to meet these exacting standards.
Tamron’s dedication to craftsmanship is evident in our meticulous testing of both spherical and flat configurations. With years of expertise, this commitment shines through in the extensive range of test plates we produce, demonstrating the rigorous quality control that defines our optical element manufacturing processes.
Machine Vision plays a crucial role in enabling precise inspections and quality controls in the semiconductor industry, encompassing both wafer and microprocessor manufacturing. Leveraging image processing technologies, it identifies minute defects, irregularities, or contaminations on surfaces.
An equally critical aspect involves inspecting engravings and microstructures. Image processing systems are instrumental in verifying the integrity of micro-engravings on semiconductor chips. This is indispensable in the production of microprocessors and other electronic components, where even the slightest deviation can lead to malfunctions.
Smart Farming refers to the integration of modern technologies into agricultural processes to improve efficiency, precision, and sustainability. The selection of suitable cameras and lenses plays a crucial role in this context as they directly influence the quality of collected data.
In Precision Farming, Machine Vision supports the use of cameras and image processing technologies. These enable the precise monitoring of fields, identification of plant diseases, weeds, or nutrient deficiencies. Based on this information, farmers can apply fertilizers, pesticides, or water selectively to meet the needs of the plants. The automation of harvesting processes is another crucial aspect. Machine Vision, combined with robotics, allows the efficient harvesting of crops, reducing the need for manual labor. This not only increases productivity but also helps address labor shortage issues.
The food industry is subject to strict quality and consumer protection standards, the violation of which can have severe liability consequences for manufacturers. In this industry, there is usually intense price competition. Therefore, manufacturers deploy Machine Vision systems at every stage of the production process to ensure seamless, preferably fully automated quality control without compromising productivity.
Image processing applications in the food industry include sorting natural products such as fruits and vegetables, inspecting quality and visual characteristics, and identifying impurities, color variations, size differences, and defects.
Machine Vision plays a central role in automation technology, enabling advanced visual detection and analysis. It finds diverse applications in the manufacturing industry.
One significant application is in-line quality inspection, where products are examined for defects or flaws during the manufacturing process. This spans from identifying surface imperfections to detecting dimensional variations. Thanks to Machine Vision, a hundred percent inspection can be conducted quickly, efficiently, and cost-effectively.
In an era of just-in-time supply chains and e-commerce, efficient logistics stands as a critical necessity across all industries. Machine Vision plays a pivotal role in optimizing processes, enhancing efficiency, and ensuring precision in various logistical applications.
One significant application lies in the identification and tracking of packages. Machine vision is employed to read barcodes, matrix codes, text (OCR), or other markings on packages, enabling swift and accurate processing in sorting centers and distribution facilities.