When a unit fails leak test, do you know which joint it was?
Which joint keeps failing, and on whose shift. How many units are sitting half assembled. How many commissioning teams had to go back a second time.
Three manufacturers. Each one repaired every failure and fixed none of the causes.
Every unit is leak tested. Failures are repaired and retested, and the unit ships.
The failure is recorded as a failure. Which joint, which brazier, which shift is not, so the same joint fails every week and is repaired every week.
The failure location and the person who made the joint are recorded, so a pattern replaces a repair.
A unit needs a coil, a cabinet, a compressor, controls and refrigerant. They come from different lines and different vendors.
Assembly starts when it looks ready. One item short and a bay is occupied by a half-built unit that cannot be finished or moved.
Kit completeness is a checked stage before a bay is occupied.
The unit reaches site. The team arrives to commission it. The power is not ready, the ducting is incomplete, or the wrong capacity was sent.
A second visit costs a day and a vehicle. Site readiness was never confirmed as a step, only assumed from a phone call.
Site readiness and the despatch checklist are both confirmed stages before the team is scheduled.
Repairing a failure closes a job. Recording it closes a cause.
Every unit. Every component. Every test tracked.
This is how a print job moves through your business. Clicarity gives you live visibility at every phase — and flags delays before they become client calls.
What improves in HVAC businesses using Clicarity
Questions from hvac manufacturing businesses
See every unit. Every stage. Before the test fails.
Book a free demo. We'll map your HVAC assembly workflow live on the call.