Optical System Design (Required previous work for verification)

@azraazeen9

With over [x] years in the field of mechanical and electrical engineering, I am confident that I am the right fit for your Optical System Design project. My proficiency in software and design tools like Zemax OpticStudio, Code V, and Solidworks align precisely with your requirements. Additionally, my extensive knowledge of beam splitters, reflective optics, and thermal load control will be crucial in delivering a compact design that maximizes power transmission while mitigating stray reflections. My portfolio showcases a track record of precise optical designs. I have effectively optimized optical paths for laser transmission in specific wavelength ranges on various projects. In terms of manufacturing, my experience enables me to provide not just drawings and files but also valuable insights on off-the-shelf part numbers to expedite production without compromising on quality. Lastly, I want to emphasize that your satisfaction is my utmost priority. On-time delivery of high-quality work that aligns with the agreed-upon power-splitting ratio is non-negotiable for me. Partnering with me means partnering with someone who understands both the precision and urgency of this task; someone who is willing to go the extra mile to ensure your project's success. I look forward to exceeding your expectations as we collaborate on your Optical System Design project. Thank you for considering my candidacy

@crashcoders

I am a design Engineer focused on 3D & 2D modeling, Simulation, Technical Report writing and Stress analysis. Having good skills in mechanical design with software like (SOLIDWORKS, FUSION 360, AUTOCAD, ANSYS & ABAQUS). I can handle your project with precision and excellence. I can assure you that I will bring my expertise and dedication to deliver the project on time and to the highest standard quality. With my passion for engineering and problem-solving skills, I am confident that I can provide the results you are looking for. let's talk! We'll start by going over the details of your project.

@maacadcompany

Having established myself as a leader in CAD design, my team at MAA CAD possesses the skills and expertise needed to not only meet, but exceed your project's requirements. We have extensive experience with 3D modelling and can ensure that all elements of the optical system are accurately positioned and designed for ideal performance. Our proficiency in parametric modelling will also allow us to easily incorporate any possible adjustments that may arise during the process. As for your need for manufacturing-ready drawings, we specialize in design-for-manufacturing (DFM), which means our approach will account for efficient use of materials, minimize parts and reduce assembly time, guaranteeing ease of manufacture. This is complemented by our rapid prototyping capabilities, enabling us to promptly provide STL files for you to evaluate and test in real-world scenarios. Without a doubt, our deep understanding of SolidWorks and recognized design packages like Zemax OpticStudio uniquely position us to generate detailed optical performance data that meets your precise specifications. This proficiency extends further to offer expert knowledge on maximum transmission/reflection ratios at specific wavelengths and conducting necessary thermal analysis for controlling stray reflections and thermal loads. I'm excited about what we could achieve together on this project!

@nabeelraza1993

High-power IR beam splitting looks simple on paper—until ghost reflections, coating drift, and tiny wedge errors steal watts and heat your mounts. I, however, specialize in IR optical path design using Zemax OpticStudio/Code V, from first-order layout to non-sequential stray-light control, coating stack specs, and tolerance analysis. In fact, I recently delivered a compact IR dual-channel path where a wedged substrate and ghost-path ray tracing cut parasitic return by >30 dB, while a tailored dielectric stack hit the target R/T ±2% at the operating wavelength with low WFE and verified thermal load margins—files imported cleanly into SolidWorks and went straight to build.

@SaadMubee

Hello, Could you provide the target splitting ratio and maximum allowable thermal load for the IR laser system so I can optimise the optical path accordingly? I can design a compact, high-efficiency optical path for your infrared laser system, centred around a precision beam splitter. The deliverables will include a full optical layout with clear apertures and mounting angles, coating specifications for optimal IR transmission/reflection, performance data from Zemax or equivalent, tolerance analysis, and manufacturing-ready drawings/STEP files for any custom components. All designs will be fully compatible with SolidWorks for integration into your system. Why work with me? ✅ Expertise in laser optics and IR system design ✅ Proven experience generating Zemax/Code V simulations and manufacturing documentation ✅ Focus on high throughput, minimal reflections, and thermal management Portfolio and prior work: https://www.freelancer.com/u/SaadMubee Let’s create a laser optical path that maximizes efficiency while remaining mechanically and thermally robust. Best regards, Saad Mubee

@EliteSourceBPO

I specialize in providing efficient, high-quality solutions that help clients achieve their goals on time and on budget. Your need for a compact optical layout with high-efficiency beam splitter for laser transmission in the infrared band aligns perfectly with my expertise. While I am new to freelancer, I have tons of experience and have done other projects off site. I can design a custom optical path meeting your specifications, ensuring minimal stray reflections and thermal load. Let’s discuss how we can bring this project to life. Regards, Schalk

@Ashnasajid

Hi, I can do this. I have extensive experience in optical design and engineering, particularly in developing systems for infrared applications. I will create a complete optical layout optimized for your laser parameters, ensuring maximum power delivery to both channels while minimizing stray reflections and thermal load. The design will include detailed element positions, clear apertures, and mounting angles, along with coating specifications for the beam splitter to enhance transmission and reflection ratios. I will utilize Zemax OpticStudio to generate optical performance data, including throughput, wavefront error, and expected spot size. A brief tolerance analysis will identify critical mechanical parameters, and I will provide manufacturing-ready drawings or STEP files for any custom geometries required. Deliverables will be aligned with your performance expectations and compatible with SolidWorks. Looking forward to collaborating on this project. Best, Ashnasajid

@AtomTechBuilds

Do you need someone with sharp focus and reliable results, then I am a perfect fit for your project. I understand the need for a compact optical path designed around a high-efficiency beam splitter for your laser-based system. I will provide a tailored optical layout, coating specifications for optimal performance, and precise manufacturing-ready drawings. While I am new to freelancer, I have tons of experience and have done other projects off site. I would love to chat more about your project! Regards, Eben

@danielv7913

I am a perfect fit for your project as an optical design expert. Understanding your need for a compact optical path with a high-efficiency beam splitter, I will deliver a clean layout, optimized coating specifications, performance data using Zemax OpticStudio, tolerance analysis, and manufacturing-ready drawings. While I am new to freelancer, I have a wealth of experience in optical design. I would love to chat more about your project! Regards, Daniel Vorster

@Kennith10

I am a perfect fit for your project and understand your need for a meticulously designed optical layout. With expertise in optical path design, I can create a compact system around a high-efficiency beam splitter to maximize power distribution while minimizing reflections and thermal issues. My approach includes: - Precise optical layout tailored for infrared laser transmission - Coating specifications for optimal performance at IR wavelengths - Comprehensive performance data using Zemax OpticStudio - Tolerance analysis to highlight critical mechanical parameters - Manufacturing-ready drawings or STEP files for custom geometries Let's discuss how I can bring your laser-based system to life seamlessly. Looking forward to working with you, Sania. Best regards, Kennith