Made in the USA

ReGen Pods are designed, built, tested and shipped from from our facility in Lafayette, Colorado. All our core intellectual property is tightly controlled to make sure that our technology can't be copied. We do all the critical assembly in the U.S. We source parts from all over the world and integrate them into the perfect package. With our 3D modeling capacity (see the 3D rendering to the right), internal machine shop and 3D printing systems, we are constantly improving every aspect of the ReGen pod.

If you spend anytime on TickTok, you will see lots of get rich quick schemes based on finding products in China and shipping them to US consumers. To our chagrin, the PBM market is filled with companies that have no engineering, testing, quality or even interest in the quality of the products they sell. They often don't even understand basic optics or the properties of PBM. These companies will usually make a few quick bucks and shut down, leaving no support for their customers. BioPhotonica is in this business for the long-term and we will be here to support your service needs in 5 and 10 years. This page covers how our team is dedicated to quality and how our products keeps continuously improving.

Diodes

This picture shows the first prototype for the ReGen Pods. Now, we can look back and laugh at all the design mistakes that were built into this product. Really there were hundreds of design flaw that we have fixed but here are just few examples of how our emphasis on continuously improving quality have made our pod, the quality leader. Originally, it seemed like more diodes is better, so we specified 45,000 diodes at 1/10 of a watt each. This made the system a lot cheaper, but it wasn't until we started testing that we realized just how bad these diodes are. It turns out these diodes are really inefficient and low quality so they waste 70% of the power producing only 180J/m2. Now we use more expensive .5-watt diodes that produce 5 times the light density for only 40% more power input.

User Interface

The biggest upgrade we made from the early days was to the user interface for the entire system. The system originally had independent control of each wavelength, but the user interface was technology from the tanning industry in the 1980s. It wasn't smart in any way and required user to to enter a pulsing frequency. That would put a huge damper on any business and require owner to spend hours educating everyone on the theory of pulsing selection or just presented the equipment as simplistic solution. The system was also substandard because there was no easy way to update the firmware/software as our knowledge of PBM grew. To solve this problem, we gutted this entire part of the system and spent almost 10,000 hours redesigning the system to use state-of-the-art electronics. We replace the original controller with a WiFi connected multiprocessor with dual touchscreens that can get OTA software and protocol upgrades as we learn more and more about what users really want. Out current system is the cutting-edge of automation and it will continue to get better day after day. If you buy any other system, it will be obsolete the day you install it.