If you’ve worked on advanced optical systems long enough, you know the challenge is rarely the idea. The real challenge is getting from a design that works in theory to something that can be built, scaled, and trusted in the field.
That transition point is where The Lab at Precision Optics Corporation (POC) operates.
Across medical, aerospace, and defense conversations, a consistent theme emerges. The teams that succeed are the ones who can move from concept to manufacturable reality without losing performance along the way.
The Lab at POC was built for exactly that and is now being highlighted as a more visible part of how Precision Optics supports complex programs.
Why The Lab at POC Exists
The Lab began with a straightforward need. Precision Optics Corporation required a way to produce complex optical assemblies that could not be reliably sourced or scaled externally. Over time, it evolved into a core capability.
Today, it serves a very specific role inside the organization and for customers.
As POC CEO Joe Forkey explains:
“We compete in the marketplace by doing things that are difficult… in many cases, by doing things that no one else can do.”
That mindset defines The Lab. It is not designed for commodity work. It is designed for projects where execution is uncertain and precision is critical.
Where The Lab at POC Fits in a Project
This is part of why The Lab is now being positioned more directly with customers earlier in the process.
Designing an optical system has never been more accessible. Translating that design into something manufacturable is still where many programs struggle.
Richard Cyr, General Manager of The Lab at Precision Optics Corporation, sees this every day:
“You may bring me a design, I’ll take a look at it… and typically we end up with a better end product doing that.”
That collaboration changes the trajectory of a project. Instead of forcing a design into production, the design evolves alongside manufacturing realities.
Clay Schwabe frames it from the customer side:
“It’s a proving ground… you’re taking something that works in concept and figuring out how to actually make it.”
When that loop is tight, timelines shorten, risk drops, and the end system performs better.
In many cases, the right time to engage is before constraints fully surface. Once a design is locked, options narrow quickly. If you are asking whether something can actually be built, that is usually the moment to bring a team like this into the conversation.
What Makes The Lab at POC Different
There are many optics manufacturers. The difference here is how the work gets done.
The first thing that stands out is scale. Components that begin as solid blocks of glass are reduced to features measured in microns. In some cases, approaching the width of a human hair.
That level of precision comes from a combination of process, tooling, and experience.
Richard describes it simply:
“It is a process of grinding and polishing… a group of skilled technicians slowly working the glass and bringing it into specification.”
There is advanced equipment in The Lab, but much of its capability comes from how it is used. Custom fixtures, controlled handling, and decades of refinement allow the team to work at sizes and tolerances that are difficult to replicate elsewhere.
Joe adds another perspective that is easy to miss if you are not inside the process:
“A lot of the technology is about getting around the limitations of our fingers and our eyes.”
That insight captures what makes the lab unique. It is not just precision manufacturing. It is precision problem-solving.
When The Lab at POC Is the Right Fit
Not every project needs this level of involvement. The Lab becomes most valuable when standard approaches start to break down.
That typically happens when a design is pushing size, weight, or complexity limits, when tolerances leave very little margin for variation, or when optical performance is a critical enabler of the system.
These conditions frequently arise in aerospace and defense systems, where size and weight directly affect performance and cost. They also show up in medical devices, where smaller optics enable less invasive procedures and access to new areas of the body.
Richard describes the ideal engagement clearly:
“The ideal customer is open to suggestions… we work through it together and end up with a far better product.”
That openness is often the difference between a design that struggles in production and one that succeeds.
The Team Behind the Work
The Lab at POC is defined as much by its people as its processes.
This skill set takes years to develop. Many of the technicians in the lab have been working together for a decade or more. There is a strong culture of training, mentorship, and shared accountability.
Richard puts it best:
“We try to create an environment that is challenging… but also one where people take pride in producing quality products.”
That consistency shows up in the output. It also shows up in how the team approaches new challenges. There is a willingness to take on complex work and solve it step by step.
Joe reinforces how important that is to the broader organization:
“There’s a whole body of knowledge there that’s quite unique in the industry.”
Bringing The Lab at POC Forward
If you’ve worked with Precision Optics for a while, The Lab is not new. What is new is how intentionally it is being positioned and brought forward.
For years, this capability has operated as one of the most important parts of the company, but often behind the scenes. It supported critical programs, enabled complex builds, and solved problems that never made it into headlines or product pages.
That is changing.
As Clay Schwabe put it in our recent discussion, the goal is simple. Get more visibility on one of the highest-value capabilities inside the organization and make it easier for customers to engage earlier in their process.
This is less about introducing something new and more about aligning how the company shows up with what it has already been doing at a high level for decades.
It also reflects where the market is going.
Across aerospace & defense, and medical applications, the pressure to reduce size and weight while increasing performance continues to accelerate. The cost of getting manufacturability wrong is increasing, especially as systems become smaller and more complex.
The Lab has been operating in that environment for years.
Joe connected that directly to how the company thinks about its role:
“The things that we reserve for the optics lab now are things that are extremely difficult or impossible to find elsewhere.”
The rebrand is about making that clearer. It gives the lab a more defined identity within Precision Optics Corporation. It signals to customers that this is a place to start when a project is pushing limits. It also makes it easier for teams to engage before they hit a wall.
From Concept to Execution
At some point in every advanced program, the same question comes up.
Can this actually be built?
The Lab at POC exists to answer that question with confidence.
By combining design collaboration, specialized manufacturing processes, and a deeply experienced team, it creates a path from concept to production that is grounded in execution.
For teams working through complex optical challenges, the earlier that conversation starts, the more options stay on the table.