Description
Logan Optical Designs, LLC is a leader in the field of optical design and analysis, boasting nearly 30 years of experience. Specializing in both Department of Defense and private sector projects, Logan Optical Designs (LOD) excels in creating solutions that range from single element designs to complex multi-spectral imaging systems. The company employs advanced tools such as Zemax optical design code, which is adept at both geometrical ray analysis and physical optics propagation. Additionally, LOD utilizes AGI32 Photometric Toolbox software for designing and evaluating high-intensity discharge (HID) distributions, ensuring precision and quality in every project.
Beyond its core design capabilities, LOD leverages a suite of software tools including Mathcad and Matlab to enhance its design and analysis processes. This comprehensive approach allows LOD to develop optical systems tailored to meet specific client specifications, whether for current products or those under development. The company prides itself on its collaborative approach, working closely with clients to address all project aspects, including opto-mechanical considerations, vendor selection, and procurement. LOD is committed to providing timely responses, enabling customers to meet their project deadlines efficiently.
LOD's portfolio showcases a variety of innovative designs. For instance, their RGB mixing light pipes demonstrate the application of total internal reflection (TIR) to effectively channel light from a white LED through protective enclosures into space environments. These light pipes can be crafted from materials such as polycarbonate or glass, highlighting LOD's versatility in material selection. Another notable project includes a 110° diffraction-limited f/3.8 optical system, illustrating LOD's capability in both optical and mechanical design. This project also features the implementation of a wide-angle lens and a Fresnel lens collimator array, underscoring LOD's expertise in cutting-edge optical technologies.
LOD Beam Image Profiler
Specifications
Sensor Type: | CMOS |
---|---|
Measurable Sources: | CW |
Wavelength Range: | 400 – 1150 nm |
# Pixels (Width): | 1440 |
# Pixels (Height): | 1080 |
Pixel Size (Width): | 3.45 um |
Pixel Size (Height): | 3.45 um |
Max Full Frame Rate: | 34.8 Hz |
ADC: | 10-bit |
LOD Beam Profiler Imager: | CCD or CMOS |
LOD Beam Profiler: | Variable for Varying Ranges |
Sources Measured: | Visible and NIR, but LOD can design for other bands |
Features
- Nearly 30 Years of Experience: Logan Optical Designs (LOD) boasts extensive expertise in optical design, analysis, and scientific research for both the Department of Defense and private sector.
- Advanced Optical Design Software: Utilizes Zemax optical design code for geometrical ray analysis and physical optics propagation, ensuring precise and efficient design processes.
- Comprehensive Photometric Analysis: Employs AGI32 Photometric Toolbox software for designing and evaluating HID distributions, enhancing lighting solutions.
- Versatile Software Utilization: Incorporates Mathcad, Matlab, and other software tools to support comprehensive design and analysis efforts.
- Custom Optical Systems: Develops optical systems tailored to meet specific client specifications, whether for current products or those under development.
- Collaborative Approach: Works closely with clients on all project aspects, including opto-mechanical considerations, vendor selection, and procurement, ensuring seamless project execution.
- Timely Project Management: Committed to providing prompt responses to help clients meet project deadlines efficiently.
- Innovative Light Pipe Designs: Specializes in designing light pipes using total internal reflection (TIR) for effective light transmission in challenging environments.
- Cutting-Edge Optical Systems: Features advanced designs such as a 110° diffraction-limited f/3.8 optical system, showcasing LOD's capability in creating sophisticated optical solutions.
- Fresnel Lens Expertise: Demonstrates proficiency in using Fresnel lenses for wide-angle and collimator applications, enhancing optical performance.
Applications
- Optical Design and Analysis: Logan Optical Designs (LOD) specializes in optical design and analysis, utilizing nearly 30 years of experience in the field. They employ advanced software such as Zemax for geometrical ray analysis and physical optics propagation, as well as AGI32 Photometric Toolbox for HID distribution design and evaluation.
- Custom Optical Systems: LOD develops optical systems tailored to meet specific client specifications, whether using existing products or those under development. They collaborate closely with clients on all project aspects, including opto-mechanical design, vendor selection, and procurement.
- Light Pipe Design: LOD has expertise in designing light pipes for RGB mixing and other applications. These light pipes are used to transmit light from a white LED through protective enclosures to space environments, utilizing total internal reflection (TIR) and materials such as polycarbonate or glass.
- Wide Angle Lens Systems: LOD designs wide-angle lens systems, such as a 110° diffraction-limited f/3.8 optical system, and integrates them with mechanical designs. They also implement systems like the Stewart Systems LOD wide-angle lens and Fresnel lens collimator arrays.
- Fresnel Lens Applications: LOD employs Fresnel lenses in various applications, including collimator arrays and focusing lenses, demonstrating their versatility in optical design.
Frequently Asked Questions
What is the LOD Beam Image Profiler?
How does the LOD Image Profiler eliminate the need for scanning techniques?
What is the focusing capability of the LOD Image Profiler?
Can any camera be used with the LOD Image Profiler?
What is the price range for the LOD Image Profiler?
Similar Products












Your inquiry has been received.
Create an account by adding a password
Why create an account?
- Auto-complete inquiry forms
- View and manage all your past messages
- Save products to your favorites
- Close your account anytime — no hassle