Product Development
Product Development
Our core competency in optical engineering allows us to provide optically-based design for any product or application
Where other optical consulting firms might offer only lens design services, Optikos has built its reputation on providing our clients with access to broadly skilled optical problem solvers who provide solutions and continuity of support throughout the product development cycle.
Your design can range from any single a là carte technical solution to complete product development through manufacturing.
And at project completion, you own the design.
The Optikos Management System is registered by Intertek as conforming to the requirements of:
Our core competency in optical engineering allows us to provide optically-based design for any product or application
Where other optical consulting firms might offer only lens design services, Optikos has built its reputation on providing our clients with access to broadly skilled optical problem solvers who provide solutions and continuity of support throughout the product development cycle.
Your design can range from any single a là carte technical solution to complete product development through manufacturing.
And at project completion, you own the design.
The Optikos Management System is registered by Intertek as conforming to the requirements of:
Diverse Skillsets offer Efficient Problem Solving
Diverse Skillsets offer Efficient Problem Solving
Optikos engineers team up according to the demands of the job—bringing together specialties not only in optics, but also in physics, mechanics, opto-mechanics, electronics, software, and automation.
These diverse teams and skill sets enable Optikos to offer a range of engineering skills and experience for optically-based product development that is not typically encountered or developed in most in-house engineering departments or independent consultancies.
Our engineering teams thrive in a culture of efficient problem solving, and are experienced at joining a project at any phase of the development cycle—from conceptual work to fixing existing products that don’t work. We understand the sometimes-unpredictable nature of moving products to market and we’re well-prepared to deal with it.
Optikos engineers team up according to the demands of the job—bringing together specialties not only in optics, but also in physics, mechanics, opto-mechanics, electronics, software, and automation.
These diverse teams and skill sets enable Optikos to offer a range of engineering skills and experience for optically-based product development that is not typically encountered or developed in most in-house engineering departments or independent consultancies.
Our engineering teams thrive in a culture of efficient problem solving, and are experienced at joining a project at any phase of the development cycle—from conceptual work to fixing existing products that don’t work. We understand the sometimes-unpredictable nature of moving products to market and we’re well-prepared to deal with it.
A Flexible Resource
You can work with Optikos at any point in your product development process, whether you need one specific service or a one-stop-shop. We offer a flexible, scalable resource that helps you fill a competency gap when you need it, so you can focus on the business you’re in.
A Flexible Resource
You can work with Optikos at any point in your product development process, whether you need one specific service or a one-stop-shop. We offer a flexible, scalable resource that helps you fill a competency gap when you need it, so you can focus on the business you’re in.
Hear It from the Optical Engineering Experts®
Expert-written blogs from our on-site engineering staff.
Hear It from the Optical Engineering Experts®
Expert-written blogs from our on-site engineering staff.
Artificial Intelligence (AI) in Microscopy Applications – Removing the Need for Precision Imaging Sub-systems?
Artificial Intelligence, or AI, is the buzzword of 2024 in nearly every industry—and microscopy is no different. The integration of Artificial Intelligence (AI) into microscopy has further advanced life science diagnostics. By harnessing the power of machine learning and deep learning algorithms, AI-driven microscopy has further improved how we visualize and interpret biological samples. But […]
The Optikos ColliMeter™: Taking the Guesswork Out of Focusing
Setting collimation is an alignment challenge faced by nearly every optics practitioner. There are a variety of methods for measuring collimation to guide this alignment process—some common ones are listed in Table 1. This table also identifies limitations associated with each method, which broadly fall into one of two categories: The scanning pentaprism stands out […]
Ask Optikos: What is a Projector?
What is a projector? The short answer is that a projector is an optical device that illuminates a surface patterned to a desired image and projects that onto a screen. But in this post, we’ll take a deeper dive into what a projector is, its history, and common design challenges in creating projectors. A Brief […]
Lens Element Pricing Benefits from Economies of Scale
Optikos buys a lot of lens elements and builds a lot of lenses. We use them in the engineering design and manufacturing work we do for clients—from prototype builds to long-run production volumes in the 10’s of thousands. We’re a little different from other manufacturers—we don’t specialize in just infrared optics, or low-cost optics, or […]
Optical design optimization for glass equivalency to reduce supply chain burden
Lens manufacturing is dependent on the supply of optical-grade glasses, and with supply chain issues, glass selection can often make or break project timelines and cost. Experienced lens designers know the importance of glass selection and often need to consider glass availability early in the design process. Restricting the design space to specific glass manufacturers […]
A Review of Optical, Non-Contact Fluid Measurements for Life Science Applications
Optikos has engaged in multiple projects related to non-contact measurement of liquids. Typically, these measurements serve as a quality control (QC) step for an automated fluid handling process. Example projects include: Characterize turbidity (cloudiness) of bacterial samples to evaluate growth rates and populations prior to antibiotic testing Perform a critical, non-contact QC inspection of MRI […]
Let's Get to Work.
Use the form below to reach out and tell us a bit about how we can assist in your next project.
Let's Get to Work.
Use the form below to reach out and tell us a bit about how we can assist in your next project.
