Cabineo 12 Passes KCMA Testing And Then Some
Cabineo 12 Passes KCMA Testing And Then Some
It’s official: Cabineo 12 connectors have successfully passed rigorous KCMA load testing for kitchen cabinet construction. And not just passed they exceeded expectations in a big way.
This milestone marks a major moment for Lamello USA and for cabinetmakers looking for a connector solution that’s simple, strong, and now industry-certified for U.S. cabinet construction.
The Surprise No One Expected
During testing, something unexpected happened.
The test cabinet was accidentally built without a drawer rail spreader, a component that typically adds significant rigidity to cabinet construction. In most cases, leaving it out would compromise strength.
But even without it, the cabinets constructed entirely from 5/8" material and assembled using Cabineo 12 connectors still exceeded every KCMA test requirement with zero failures.
KCMA Test Results: Exceeded Across the Board
Here’s how Cabineo 12 performed under independent KCMA load testing:
- 600 lb static load on the wall cabinet
- 200 lb base cabinet front joint load
- No cracks
- No separation
- No deformation
In short: the cabinets held strong under extreme stress without the usual reinforcement.
Why use Lamello Cabineo 12?
KCMA certification is the gold standard for kitchen cabinet construction in the U.S. Passing these tests isn’t just a checkbox; it’s proof of long-term durability, safety, and performance in real-world applications.
For Cabineo 12, this means:
- ✔ Verified structural strength
- ✔ Independent, third-party validation
- ✔ Confidence for builders, designers, and end users
- ✔ Industry acceptance for U.S. cabinet construction
This is the “green light” many shops have been waiting for an official stamp of approval that confirms Cabineo is not just convenient but also truly built to last.
Transparency matters. You can review the complete KCMA load testing results or download the official PDF report here:
KCMA Load Testing Report – Lamello Cabineo 12 Connectors
The cabinets held strong under extreme stress, even without the usual reinforcement.