Start with
the questions.
MOR came from asking ordinary questions about wheels, load and movement—then refusing to accept ordinary answers. Watch the ideas in motion, or follow the complete story from engineering codename to self-levelling roller platform.
before it had a solution.Read the complete MOR story ↗
One complete story.
The ideas in context.
Start with the real engineering problem, the Roman-arch clue and the reason an internal codename became the only name that could fit the finished product.
Why it is called
Mother of All Rollers.
From noisy, inconsistent roller batches to a pressure-based self-levelling mechanism—and the engineering dare that began in 2009.
Read the complete story ↗
Explainer videos.
Choose your topic.
Fifteen videos bring the MOR, VOLTA, SUMO and Slide & Fold stories together without loading a wall of players. Filter by technology, then open the source video on YouTube.
Showing all 15 videos.
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Meet the Mother of All Rollers.
The broad MOR story: Roman-arch inspiration, self-levelling load sharing and the engineering thinking behind the platform.
Watch on YouTube ↗
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Power at the roller.
See how powered motion can live inside the rolling hardware.
Watch on YouTube ↗
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Chasing lower friction.
A closer look at wheel, bearing and track-contact development.
Watch on YouTube ↗
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The core idea, clearly.
A concise explanation of the technology behind MOR rollers.
Watch on YouTube ↗
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Claims meet the test rig.
See the engineering discipline behind MOR performance.
Watch on YouTube ↗
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Effortless heavy movement.
The powered roller platform and the experience it creates.
Watch on YouTube ↗
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Steel, without the racket.
How material and guidance choices change track interaction.
Watch on YouTube ↗
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Low threshold. Heavy panel.
See the dual-bearing architecture behind SUMO.
Watch on YouTube ↗
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Watch the load find balance.
The Roman-arch-inspired mechanism in motion.
Watch on YouTube ↗
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Another way to carry the door.
An explainer on the Coaster roller approach.
Watch on YouTube ↗
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Redefining the interaction.
Powered movement viewed through the user experience.
Watch on YouTube ↗
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See the drive roller work.
A focused look at VOLTA’s powered hardware.
Watch on YouTube ↗
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Less casing. Defined configurations.
See how a set roller design can cover multiple wheel and weight options while reducing unnecessary material.
Watch on YouTube ↗
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Open up the whole elevation.
An introduction to CiiLOCK’s Slide & Fold system architecture and movement.
Watch on YouTube ↗
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Installation, step by step.
A practical walkthrough for authorised fabricators and installation teams.
Watch on YouTube ↗
Follow the question,
not the menu.
If you came here because something about a sliding door does not make sense, start with the question closest to yours.
Good.
The Learning Centre can explain the principles. A real application is where the conversation gets interesting.