Process matters.
Order, heat, mixing, pH, and time can change the result even when the ingredient list stays the same.
I thought chemistry was boring.
“How the heck could rosemary oil regrow hair?”
Rick thought the chemistry lessons he learned in high school were something he would never use again. Years later, he was not looking for a new career or trying to become a chemist. He had lived with gradual hair loss for years, tried minoxidil mostly to see whether it would work, and eventually stopped worrying about it.
In 2025, a rosemary-oil article caught his attention. The claim was less interesting than the question behind it: how could an oil affect something as complicated as hair growth?
That question led to terpenes, inflammation, DHT, scalp biology, skin biology, and other ingredients being studied for different pathways. Hair loss started the research. It did not contain it for long.
This is the question that started the work, not a claim that rosemary oil or an early formula was proven to regrow hair.
The first oil blend.
The first purchase was rosemary essential oil. Rick remembers opening it, smelling how sharp it was, and learning after the order that it needed to be diluted. Carrier oils and more ingredients followed quickly.
“I ordered one thing and then it just exploded.”
The early oil was built around ingredients that each had promising research. There was no scale, no polished process, and little thought about cosmetic elegance or how everything behaved together.
- Measured with droppers and graduated cylinders
- Mixed by stirring with a spoon or shaking the bottle
- Used carrier oils from the kitchen before learning the differences
- Changed the formula as new ingredients and problems appeared
The blend was pungent and tingly. It became less pleasant after hours of wear and had to be washed out repeatedly. Those ordinary problems pushed the work beyond ingredient lists and into formulation.
Mixing became formulation.
Stirring and shaking stopped being enough. Beakers, a magnetic hot plate, controlled mixing, and heat made it easier to dissolve materials and create more uniform liquids.
The questions changed with the tools. Rick began thinking about phases, emulsions, solubility, preservation, oxidation, pH, process order, and what happened inside the bottle over time.
The work was already spreading into skincare, cleansers, deodorant, scent, hair care, and other product types. The original problem had opened a much larger field.
Knowing that something might work was not enough.
Rick kept asking why a material dissolved in one system and failed in another, how water and process changed the result, and which promising ideas could survive inside a complete formula.
Small changes in material choice, concentration, temperature, mixing, or order of addition could produce a completely different result. That made it more important to record exactly what changed.
The research led into solubility, polarity, charge, water behavior, skin structure, and more biology. It also produced failed pairings, unstable systems, process tables, and a clearer idea of which combinations were worth trying again.
The historical fact is that this research and experimentation happened. It is not public proof of safety, stability, or cosmetic performance.
Keep track of what worked and what didn’t.
Rick started writing down what happened during each experiment, what he thought might explain it, and what he still needed to test. That made it easier to compare results and decide what to try next.
Failure is a lesson.
A separation, bad texture, lost solubility, or failed experiment still teaches something if the conditions are preserved.
Claims need boundaries.
Research can explain why an experiment is worth trying. It does not turn a personal observation into proof.
“In chemistry some things just don’t work. So you take note, learn the lesson, and move on.”
The notes and spreadsheets stopped being enough.
Formula versions, ingredients, suppliers, equipment, procedures, experiments, and research were spread across phone notes, documents, spreadsheets, and AI conversations.
The problem was no longer finding more information. It was preserving the decisions, knowing which version had been made, and carrying the record from an idea to the bench without losing what happened.
formulator OS grew from that problem. It was not the plan at the beginning. It became the first product because the formulation work needed it.
Explore formulator OS
What comes next.
The formulations are still developing. Some experiments worked, some failed, and some remain open questions. Future high-performance cosmetics are still part of the direction, but they are not being presented as finished products.
formulator OS is the first product Meticulate Labs is preparing to share. Early access will begin with a closed beta on iPhone.