The Problem For Plants For PSM Software How It Works About Get Access

Built by technicians who watched the findings go into a binder.

MASSCORE wasn't designed in a boardroom. It was built by two industrial refrigeration technicians, from what they saw happen to inspection findings once they left the machine room.

One of our co-founders had just finished a full inspection at a large food and beverage plant. Findings documented, readings logged, recommendations noted. He handed the completed form to the maintenance manager, who thanked him and filed it in a binder behind his desk.

Technician"What are you doing with those inspection forms?"
Manager"Nothing. I keep them for compliance."
Technician"You know there's valuable information on there? Findings, recommendations, readings out of range?"
Manager"I'm not a refrigeration guy. I know enough to keep the plant going. That's your job."

He wasn't careless. Nobody had ever given him a way to understand what the form said. The information was there. Without a plain-language picture of what it meant, it was useless to anyone who wasn't a refrigeration technician.

Then he asked for something simple: a way for his people to enter what they see and have it turn yellow or red when there's a problem, so they could call before it breaks. That request started the build.

The second idea came from a fitness ring. What made it useful wasn't the data. It was turning a lot of complicated measurements into one readiness score, explained in plain words, with a clear view of what was pushing it up or down. That was the missing layer for equipment too.

What we believe

Field first

Every question, condition and weight comes from what we've seen fail, what we've seen deferred, and what happened next. Then we test it by running failures through the scoring and checking the answer against experience.

Honest by design

No inflated scores. Small problems stay small, serious ones can't be averaged away, and any adjustment to how a plant is graded is written down and shown.

Condition, not prediction

We don't tell anyone when a machine will fail. We show its condition, and how that condition falls the longer work waits.

One standard across the industry

There has never been a consistent way to describe the condition of a refrigeration plant. A score only becomes a standard if it means the same thing everywhere, so that's how we build it.

Why ammonia first

Industrial ammonia refrigeration is about as demanding as mechanical systems get: two-stage compression, pumped recirculation, PSM and RMP requirements, and real consequences when something is missed. A method that works in an ammonia machine room has been tested where it counts.

Talk to the people who built it.

Plant teams and software partners both start with a conversation.