Single-Lens Optical Path Redesign

@AwaisChaudhry

Hello, I’m Muhammad Awais. I’ve reviewed your Single-Lens Optical Path Redesign project. You want to replace the two-lens stack with a single, low-cost catalog lens to demagnify 30 mm entrance to 5 mm detector while avoiding vignetting and minimizing aberrations. My approach is to select a short-focal-length lens around 4.3–4.7 mm and place it so that the object distance is about s ≈ 7f and the image distance s' ≈ 7f/6. This yields 6x demagnification in a compact form. With f ~ 4.3 mm, the diffuser sits roughly 30 mm from the lens and the detector ~5 mm behind, aligning with the 5 mm active area. I will verify ray geometry, spot size and throughput across 400–700 nm with Python+Raysect or OpticStudio, and provide a simple CAD/STEP showing lens positions with tolerances suitable for 3D printing. I’ll include a datasheet reference for the chosen lens, exportable ray-trace reports, and a clear comparison of optical efficiency vs your current setup to help you decide on prototyping. If minimal diffusion is needed, I’ll specify it; otherwise I’ll keep it simple and low cost. Please confirm the following to finalize the design: - Are you open to a 4.3–4.7 mm focal-length lens and the s ≈ 7f arrangement described above, given your mechanical constraints? - What is the maximum acceptable amount of vignetting or wavefront error across 400–700 nm? - Is a minimal diffuser acceptable, or must we avoid any diffusion to preserve throughput? - What are your tolerances for lens-to-port

@beingmrme

HI 25 years’ experience | Solution: I will [specific solution for THIS project] so you get [clear outcome]. ✅ Solution: One strong line explaining exactly what you will deliver. Questions: 1️⃣ Project-specific question 2️⃣ Technical / scope question 3️⃣ Delivery or format question We will work as per Freelancer.com’s terms and policies. Warm regards, The Blend Nation

@manusharma2992

With my skills and expertise in 3D Modeling and Mechanical Design, I am confident that I can undertake the challenging task of completely redesigning your optical system for your light-measurement device in a cost-effective way. My knowledge of tools like Zemax, OpticStudio, OSLO, Code V, and Python+Raysect combined with my proficiency in 3Ds Max, Maya SolidWorks, AutoCAD, Revit Lumion Rendering among others will come handy to meet your specific needs. To deliver the results you seek for, I propose performing a comprehensive ray analysis of the selected lens while factoring in transmission and spot size to ensure we avoid vignetting or excessive aberrations. Additionally, I excel at creating precise mechanical drawings with tolerances tight enough for 3-D printing or basic machining which I believe will be essential with this project. Lastly, my experience is what sets me apart. I have successfully completed numerous complex projects while adhering to stringent budget constraints without compromising on quality. I am confident that if chosen for this project, not only will I create an efficient single-lens solution matching your exact requirements but also one that performs at least as well as your current setup. Thank you for considering my candidacy!

@kkirandeep582

Hello Nathalie. I’m a 3D Modeling Designer with 8 year of experience creating high-quality 3D models, product visualizations, environments, and realistic renders. I specialize in creating detailed, accurate models for product design, architecture, gaming, and animation. I work with tools like Blender / Maya / 3ds Max / Cinema 4D / ZBrush / SolidWorks (customize your tools), and I focus on delivering clean topology, realistic textures, and professional-quality renders. I can start immediately and will deliver fast, high-quality results with revisions until you're happy. Let me know the style, references, or technical specs, and I’ll begin right away. Thanks & Regards Kirandeep Kaur

@geno700

hi **i already designed lithography devices** i am pretty sure i can participate in your project and share (concept-output ) asap (initial concept/meeting is free) we are engineering solution consultant company based in Egypt we have an R&D lab equipped with CNCs and 3d printers and others electronics - mechanic tools we also cooperate with Chinese manufacturers pls feel free to reach any time best regards ahmed

@crazypixelteam

Drawing from my extensive experience in the field of mechanical design, I offer your project a unique blend of creative problem-solving and practicality. My expertise lies in producing detailed engineering drawings for real-world applications, optimizing designs for functionality and efficiency. With the single-element objective in mind, I adeptly leverage advanced software such as Zemax, OpticStudio, and Python+Raysect to accurately analyse the ray geometry and ensure minimal aberrations and vignetting while staying within the detector's field of view. Conclusively, I bring not only technical expertise but also a commitment to your satisfaction. For over 15+ years, I have built a reputation centered around quality workmanship and client-centric approach - reflected in my proficiency with Solidwork, Substance painter, Photoshop, After Effect. Trust me with your project vision; let's jointly transform your optics redesign ambitions into tangible reality. My aim is that we not only achieve but exceed your expectations in delivering an efficient replacement for those costly double-lens stacks!

@OnkarGraphics

The optics problem you're facing in your light-measurement device is precisely the type of challenge I thrive on. As a seasoned 3D designer and animator, I have sharpened my skills in precision engineering, allowing me to create complex optical designs with tight tolerances - exactly what your project demands. My vast experience in using software such as Zemax and Python+Raysect uniquely equips me to tackle your task head-on. Using these tools, I can effectively carry out ray-trace calculations and generate accurate graphical data that demonstrate spot-diameters and energy throughput across the visible spectra. This clear readout will serve as an excellent guide for part number selection and positioning of the lens at the required distance from both entrance port and measurement chip. Moreover, I understand the inevitable trade-off between cost and performance in projects such as yours - Aperture selection. I commit myself fully to ensure that every project I handle is completed on time, within budget, and to client satisfaction without sacrificing quality or efficiency. By entrusting me with this essential redesign task, you will not only benefit from my vast experience but also receive a unique solution that marries cost-effectiveness with high-quality performance that aligns with your core goal of optimizing the optics of your device while minimizing costs.

@redbrickamerica

Hello, I am leading an American Licensed Engineering team with vast experience in Structural and Civil Engineering, catering to projects across various states and Canadian provinces. For your Single-Lens Optical Path Redesign, we excel in optical engineering and mechanical design to meet your specific requirements efficiently. By utilizing advanced software like Zemax and OpticStudio, we will engineer a cost-effective solution using a single-element lens to concentrate light from 30 mm to 5 mm without compromising performance. Our approach includes detailed ray-tracing analysis, mechanical drawings for precise positioning, and an assessment of optical efficiency compared to your current setup. Let's discuss further and ensure a seamless transition to prototyping. Cheers, RedBrick American Engineering

@CreativeDesign50

Hi, We went through your project description and it seems like our team is a great fit for this job. We are an expert team which have many years of experience on Python, CAD/CAM, 3D Modelling, 3D Printing, Mechanical Design, Optical Engineering, Zemax Please come over chat and discuss your requirement in a detailed way. Regards

@sakshis576

Hello! Embarking on this project with you would be an incredible opportunity for me to showcase my extensive skills in 3D Modeling, Mechanical Design, Python, and CAD/CAM. Over the years, I have accrued tremendous direct experience in designing optimized optical paths and uniquely overcoming engineering challenges - a perfect fit for this project. Coupling this is my profound grasp of tools like Zemax, OpticStudio, OSLO, Code V, and Python+Raysect which I would utilize to ensure accurate and efficient calculations, charts as well as help you reproduce them easily. Considering I am fully versed with state-of-the-art software such as AutoCAD, Unity3D and CATIA among others; producing a near-photorealistic 3D prototype showcasing the new lighting design would not be a hassle but an added bonus. Ultimately, employing my services for this project ensures not only a successful redesign but also guarantees professional, high-quality results delivered in a timely manner. Best regards, Sakshi masih

@Khanunitech

Hi Nathalie, I have carefully reviewed the requirements for the Single-Lens Optical Path Redesign project and I am confident in my ability to deliver exceptional results. My approach involves a detailed analysis of the ray geometry, transmission calculations, and spot size optimization to ensure the final design meets the specified criteria. With over 3 years of experience in 3D Modelling, I am well-equipped to handle the technical aspects of this project. Lets Discuss on chat further details I plan to justify the selection of the lens through thorough research and provide detailed ray-trace calculations to demonstrate energy throughput and spot diameter. Additionally, I will create a mechanical drawing that positions the lens accurately for optimal performance. I am committed to delivering a solution that not only meets but exceeds your expectations. I look forward to discussing the project further and addressing any questions you may have. Best Regards, Salman Khan

@harvinder15291

As an experienced and highly skilled freelancer in the field of 3D Modelling, CAD/CAM, and Mechanical engineering, your project on single-lens optical path redesign is right up my alley. I have a deep understanding of these domains, including tools such as Zemax and Code V that you mentioned. Over the years, I have tackled numerous complex projects that demanded unconventional but cost-effective solutions just like this one. Best Regards Harvinder

@maximg10

⭐Hi, I’m ready to assist you right away!⭐ I believe I'd be a great fit for your project since I possess specialized skills in optical engineering and 3D modeling, combined with experience in ray-tracing calculations and lens selection processes. With a focus on overcoming challenges, I can design a new optical path using a single, cost-effective lens to achieve the desired light concentration from a 30 mm entrance circle to a 5 mm detector area. The project will solve the cost inefficiency of a double-lens stack and ensure optimal energy throughput and spot size without compromising the detector's field of view. If you have any questions, would like to discuss the project in more detail, or would like to know how I can help, we can schedule a meeting. Thank you. Maxim

@denisSolution

Hello client, I'm Denis Redzepovic, an experienced developer with expertise in Mechanical Design, Optical Engineering, 3D Printing, Zemax, 3D Modelling, Python and CAD/CAM. I have worked extensively on diverse Python projects, ranging from backend development and automation to data processing and API integrations. My deep understanding of Python’s libraries and frameworks allows me to build efficient, scalable, and maintainable solutions. I pay close attention to code quality and performance to ensure your project runs flawlessly. With my solid experience, I’m confident I can deliver results that exceed your expectations. I focus on writing clean, maintainable, and scalable code because I know the difference between 99% and 100%. If you hire me, I’ll do my best until you’re completely satisfied with the result. Let’s discuss your project details so I can tailor the perfect Python solution for you. Thanks, Denis

@juanjosec63

Hello, I’m excited about the opportunity to redesign your light path into a single low-cost catalog lens while preserving the 30 mm entrance to 5 mm detector concentration. With experience in optical ray geometry, tolerance-aware mechanical layout, and Python-based analysis, I can evaluate candidate lenses, confirm spot size and throughput across the visible range, and ensure the detector FOV is respected without vignetting or unacceptable aberrations. I will select a practical off-the-shelf lens with a clear part-number justification, provide ray-trace or analytical results for transmission and spot diameter, and deliver a simple mechanical positioning drawing/STEP with realistic tolerances for 3D printing or basic machining. You can expect a straightforward efficiency comparison versus your current dual-lens setup, along with reproducible calculations and documentation so you can prototype confidently. Best regards, Juan

@OutsourceMan

⭐⭐⭐⭐⭐ Thank you for the detailed brief. CnELIndia, led by Raman Ladhani, can support this project end-to-end with a cost-optimized, single-element optical redesign. We will first analyse your existing 30 mm to 5 mm geometry and detector FOV to establish baseline étendue, throughput, and aberration limits. Raman will then evaluate catalogue plano-convex and aspheric lenses from suppliers such as Thorlabs or Edmund Optics, selecting a low-cost, readily available part that meets NA and spectral requirements, with full datasheet justification. Using Zemax/OSLO and Python-based ray analysis, we will model ray paths across the visible spectrum, calculate spot size, transmission, and vignetting margins, and compare efficiency directly against your current dual-lens stack. If uniformity or angular control requires it, we will specify a minimal diffuser or baffle with quantified losses. CnELIndia will deliver a dimensioned mechanical layout and STEP file showing lens placement, tolerances suitable for 3D printing or basic machining, and alignment guidance. Finally, we will provide a clear efficiency and cost comparison to support rapid prototyping and confident design trade-offs.

@efanntyo

I am a Full Stack Developer and AI specialist with considerable experience in Python, one of the tools you mentioned as acceptable, for high-level calculations like those required for optical designs and ray tracing. My keenness on ensuring efficiency extends to being highly skilled in software engineering and data science. Thus, I ensure my solutions are not only innovative but also efficient and scalable to match your expectations. In addition to my Python expertise, I have worked with several libraries such as PyTorch which allows me to utilize deep learning effectively for solutions such as this. With regards to optical systems' comprehensive understanding, clarity and attention to detail are utmost important; qualities that I promise to bring to your project. Lastly, my experience in data management using MySQL and MongoDB will be beneficial in ensuring that all the necessary calculations and estimations are precise while guaranteeing easy accessibility of the generated information. I believe that all these qualities combined make me the most suited and capable candidate for your project.

@mykhaylob4

✋ Hi there. I can redesign your single-lens optical path to concentrate light from a 30 mm entrance to your 5 mm detector area while maintaining optical efficiency and minimizing cost, producing a compact, high-performance solution. ✔️ I have solid experience in optical system design, ray-tracing analysis, and lens selection for scientific instruments. In a previous project, I replaced a multi-element light path with a single low-cost lens, preserving photon throughput and spot quality while simplifying assembly and cutting costs. ✔️ For your project, I will select the optimal catalogue lens, perform ray-tracing and analytical calculations to verify spot size and energy distribution, and create a mechanical drawing or STEP file for precise positioning with manufacturing tolerances suitable for 3D printing or machining. ✔️ I will also provide a comparison of optical efficiency versus your current setup, confirm the field of view avoids vignetting, and include documentation so you can reproduce calculations and proceed directly to prototyping. Let’s chat to discuss your optical requirements and timeline. Best regards, Mykhaylo

@CaliforniaVibe

Hello, Your project on redesigning the optical path for more efficiency speaks to both innovation and practicality. We can develop a single-lens solution that meets your specifications while ensuring a 5 mm spot size, utilizing our expertise in optical engineering. Our team will analyze ray geometry, calculate the required parameters, and provide thorough documentation, including lens justification, ray-tracing results, and CAD models for 3D printing. Expect precise tolerances for a seamless prototype. We'll begin as soon as you confirm the lens specifications, so please share any preferred options or constraints. What specific lens options are you considering for this redesign?