Teledyne FLIR Machine Vision Cameras showcase a commitment to pushing the boundaries of industrial imaging with advanced technology and innovative features. Their comprehensive lineup, including the high-bandwidth Oryx 10GigE, ultra-compact Firefly S, and versatile Dragonfly S USB3 models, demonstrates Teledyne FLIR's capability to cater to a wide range of industrial applications. This blog post explores these models in-depth, highlighting their unique attributes and the value they bring to various sectors.
360° Spherical Vision: The Ladybug
Ladybug6: Capturing Reality in 360 Degrees
The Ladybug6, as the latest advancement in the Ladybug series, is engineered for high-resolution capture of 360-degree spherical images. Designed for operation in all weather conditions and from moving platforms, it boasts a 72 Megapixel (MP) imaging capability. The camera's industrial-grade design, coupled with factory calibration, ensures spatial accuracy within +/- 2 mm at a 10-meter distance, setting a new standard for image precision.
Applications and Innovations
The Ladybug6 finds its application in a wide array of industries, from panoramic street imaging and road surveying to asset inspection and HD map generation. Its enhanced on-board processing, robust IP67-rated connectors, and support for Global Navigation Satellite Systems enable it to deliver unparalleled image resolution and quality, even in the most challenging outdoor environments.
Key Features
- High Accuracy and Image Quality: Survey-grade spatial accuracy and superior imaging across various lighting conditions.
- Onboard Processing: Advanced image compression and processing for optimized workflows.
- Outdoor Adaptability: An IP65 rating and wide temperature operation range ensure reliability in outdoor use.
Ladybug5+: Excellence in Spherical Imaging
Preceding the Ladybug6, the Ladybug5+ has set high benchmarks in spherical 360° imaging and accuracy. Capable of capturing impressive 8k30 or 4k60 content, it combines patented calibration technology with Sony Pregius® global shutter sensors to achieve an accuracy level of 2 mm at 10 m. The Ladybug SDK extends a wide range of functionality from recording to exporting spherical content, making it a preferred choice for outdoor applications like street mapping.
The Ladybug5+ excels in delivering superior image quality, thanks to its global shutter CMOS sensors that ensure crisp images across various lighting conditions. The USB 3.1 Gen 1 interface facilitates 12-bit RAW imaging, allowing users to capture the finest details without compromise.
Post-Processing Flexibility
With the Ladybug5+, image quality is further enhanced through post-processing capabilities provided by LadybugCapPro. Users can apply white balance, gamma, and other adjustments to achieve the maximum image quality. The non-destructive post-processing workflow ensures original content can be revisited and adjusted as needed, offering unparalleled flexibility.
High Bandwidth Image Transfer with Oryx 10GigE
Model: ORX-10GS-32S4C-C
The Oryx 10GigE camera family stands out for its ability to support transfer speeds of up to 10 Gbit/s, enabling the capture of 4K resolution, 12-bit images at over 60 FPS. It is designed for systems requiring high-speed data transfer without compromising image quality. The Oryx camera’s IEEE1588 clock synchronization and compatibility with GigE Vision third-party software enhance its versatility and ease of integration.
Key Features
- High-Speed 10GigE Interface: Supports long cable lengths with CAT6A and CAT5e, facilitating flexible installation options.
- Reliability & Simplicity: Leverages the large 10GBASE-T install base for reliable image transfer in consumer and industrial ecosystems.
- Flexibility for Integrators: Features like Color Correction Matrix and IEEE1588 Clock Synchronization reduce processing requirements and ensure precise timing across multiple devices.
Ultra-Compact Imaging with Firefly S
Model: FFY-U3-04S2M-C
The FLIR Firefly® S delivers essential machine vision features in an ultra-compact body, making it ideal for embedding into portable devices. Its small size, low power, and lightweight design provide amazing value, combining powerful on-camera features with the latest CMOS sensors for a wide array of applications.
Key Features
- Small, Light, and Low Power: Perfect for compact, hand-held, and portable devices with minimal power consumption.
- Core Machine Vision Capabilities: Includes GPIO, triggering, and partial image modes for essential machine vision tasks.
- Exceptional Value: Offers access to the latest global shutter CMOS sensors at affordable prices, facilitating test, development, and deployment at speed.
Flexible and Reliable Imaging with Dragonfly S USB3
Model: DR-U3-50Y2M-C1-CS
Dragonfly® S is a unique solution tailored for industries like life science instrumentation and factory automation. Its modular, compact, and lightweight design is ideal for at-scale manufacturing, embedded or handheld device applications. With sensor options from Sony, onsemi, and Teledyne e2v, the Dragonfly® S is perfect for a range of uses from biometrics to automated optical inspection.
Key Features
- Flexible Camera Configurations: Offers board-level to fully enclosed models with lightweight aluminum cases and locking USB3 connector mechanisms.
- Compact and Lightweight: Ensures easy integration into handheld or embedded devices, with Class B EMC safety compliance for cased models.
- Reliable Image Delivery: Onboard image buffering guarantees reliable transfer of every captured image frame to the host CPU.
Conclusion: Shaping the Future of Machine Vision
Teledyne FLIR's machine vision cameras embody the fusion of high-performance imaging with practical, user-focused design. Whether it's the high-speed capabilities of the Oryx 10GigE, the compact versatility of the Firefly S, or the modular design of the Dragonfly S USB3, visit Wilco Imaging to find solutions that meet the diverse needs of today's industries. As these cameras continue to empower applications ranging from HD mapping to asset inspection and beyond, Teledyne FLIR is setting new standards in machine vision, paving the way for future innovations in industrial imaging.
