PROLOG OPTICS
Representative company that specializes in providing consulting solutions in the field of electro-optics.
PROLOG OPTICS
Prolog Optics is a representative company that specializes in providing consulting solutions in the field of electro-optics.
Established in 1996, we have consistently demonstrated our strong market presence, thanks to our exceptional salesforce team and extensive industry experience.
As an exclusive representative of leading international companies in Israel, we take great pride in offering premium components and solutions to a diverse range of sectors, including Semiconductor, Defense, Medical, Automotive, Security, R&D, and more.
Our mission at Prolog Optics, is to collaborate closely with our valued customers, surpass their technical expectations, and deliver cost-effective, efficient solutions within project timelines.
Semiconductor, Defense, Medical, Automotive, Security, R&D, and more
- Beyond Megapixels: A Better Way to Compare CMOS Image Sensors
- Quality Is Built Into Every Step of the Manufacturing Process
- PCO Scientific Camera Contributes to NASA’s Pandora Mission
- EZ-8046 Self-Aligning Unit for Precision Assembly
- Enabling the Next Generation of XR with Precision Optical Alignment
When selecting a CMOS image sensor for a machine vision application, it’s natural to focus on specifications such as resolution and frame rate. While these are important, they provide only part of the picture.
In real-world industrial environments, image quality and system performance are also influenced by parameters such as Quantum Efficiency (QE), Dynamic Range, Read Noise, and Signal-to-Noise Ratio (SNR). These characteristics determine how well a sensor performs under different lighting conditions, how much detail it can capture, and how reliably it can detect features or defects.
Why Standardized Sensor Evaluation Matters
Comparing image sensors based solely on manufacturers’ datasheets can be challenging. Different testing methods and reporting formats often make it difficult to evaluate sensors objectively.
The EMVA 1288 standard addresses this challenge by providing a standardized methodology for characterizing image sensor performance. It enables engineers to compare CMOS sensors using consistent, measurable criteria, making the selection process more transparent and reliable.
Interactive Comparison Tools for Better Decision-Making
To support engineers during sensor selection, LUCID Vision Labs has published an interactive EMVA 1288comparison tool as part of its latest Tech Brief.
The tool allows users to compare a wide range of CMOS sensors using standardized performance charts, helping engineers better understand how different sensor characteristics may affect their specific application.
Whether the goal is maximizing sensitivity, improving image quality, or optimizing performance under challenging lighting conditions, access to standardized performance data enables more informed design decisions.
Selecting the Right Sensor for Your Application
Choosing the right image sensor involves much more than selecting the highest resolution or fastest frame rate. Understanding standardized performance metrics can significantly simplify the evaluation process and help ensure that the selected sensor matches the application’s actual requirements.
At Prolog Optics, we work closely with customers to identify the most suitable machine vision solutions for their specific applications. By combining technical expertise with leading technologies from our partners, we help engineers make confident, data-driven decisions.
LUCID Vision Labs’ interactive EMVA 1288 comparison tool enables engineers to compare CMOS sensor performance using standardized metrics.
👉 To discuss your machine vision application, contact the Prolog Optics team.
When it comes to precision infrared technologies, product performance depends on much more than innovative design. Consistent, reliable results are achieved through carefully controlled manufacturing processes and rigorous quality assurance at every stage of production.
InfraTec’s detector manufacturing process demonstrates how precision engineering is applied throughout the entire production cycle. From wafer processing and detector assembly to electro-optical characterization and final testing, each step contributes to the accuracy, reliability, and repeatability required for demanding infrared applications.
Integrated manufacturing capabilities, comprehensive testing, and complete process traceability help ensure that every detector meets the highest quality standards while supporting everything from prototype development to volume production.
InfraTec recently shared a behind-the-scenes look at its detector production facility in Dresden, highlighting the engineering expertise and manufacturing processes behind its infrared technologies.
The pco.panda 4.2 bi scientific camera from PCO, part of Excelitas Technologies, contributed to NASA’s Pandora mission—an innovative space science project designed to study the atmospheres of exoplanets and the stars they orbit.
Pandora is a low-cost, high-impact mission that will help scientists better distinguish between signals originating from exoplanet atmospheres and variations caused by their host stars, improving the accuracy of future astronomical observations.
Read the full article about the mission
Contact us for pricing, availability, and technical support
The EZ-8046 Self-Aligning Unit from Eitzenberger is a compact spherical air bearing designed to provide frictionless self-alignment during mounting, bonding, and pressing operations. By automatically compensating for slight angular misalignment, it helps improve alignment accuracy, process repeatability, and overall production quality.
Using spherical air bearing technology, the unit automatically adjusts its angle during the alignment process. Once precise alignment is achieved, the air supply is switched off and an integrated magnetic preload securely locks the position, ensuring stable and repeatable results throughout the process.
Key Features
- Frictionless self-alignment up to ±1°
- Parallelism better than 2 µm
- Magnetic locking after alignment
- Highly repeatable positioning
- Compact design (35 × 35 × 29 mm)
- Cleanroom compatible
- Suitable for upright or suspended installation
Typical Applications
The EZ-8046 is ideal for high-precision assembly processes where accurate alignment is critical, including:
- Semiconductor manufacturing
- Photonics and optical systems
- Precision assembly and bonding
- Automated manufacturing processes
The demand for lighter, slimmer, and more comfortable XR devices is driving innovation across the optics industry. One of the key technologies enabling this transformation is pancake optics, an optical design that folds the light path to significantly reduce the distance between the display and the user’s eyes. The result is a more compact optical system that supports the development of next-generation VR and XR headsets.
As optical systems become smaller, manufacturing challenges become more demanding. Alignment tolerances shrink to just a few microns, and even the slightest misalignment can impact image quality and overall system performance. This makes active alignment a critical step in the production process.
To address these challenges, TRIOPTICS has introduced the OptiCentric® PRO Module, a solution designed for the high-precision alignment of pancake lens assemblies in high-volume manufacturing environments. The system combines micron-level accuracy with fast production throughput, helping manufacturers achieve the precision required for advanced XR optics.
As the optical industry continues to push the boundaries of compact device design, precision metrology and alignment technologies will play an increasingly important role in bringing the next generation of immersive devices to market.
Learn more about the new OptiCentric® PRO Module and how it supports high-precision manufacturing of pancake lens assemblies.
New arrival
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