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MOR One-Tonne Sliding Door Rollers

CiiLOCK Engineering
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MOR One-Tonne is an engineered continuous roller system developed for exceptionally heavy bottom-rolling sliding panels. Rather than carrying the panel through a small number of concentrated roller points, the custom-length assembly distributes the load across multiple wheel positions, reducing localised stress and supporting smooth, stable movement across the width of the panel.

The system incorporates CiiLOCK’s MOR load-sharing principles together with the Silent Steel Wheel—a hybrid polymer-and-steel wheel design developed to combine the carrying capability required for extreme loads with acoustic deadening and controlled running behaviour.

For this level of loading, the roller cannot be specified in isolation. MOR One-Tonne must operate on a properly supported solid stainless-steel running track. Panel mass, frame stiffness, track geometry, support conditions, alignment, deflection and maintenance access are reviewed as part of the project-specific engineering process.

Design and specify your own roller: www.motherofallrollers.com/customise-your-roller

Details
Features
  • Project-engineered for sliding panels up to 1,000 kg, subject to approved configuration.
  • Custom-length, continuous or multi-wheel roller assembly.
  • Distributes panel load across multiple wheel positions.
  • Incorporates MOR self-levelling and load-sharing principles.
  • Silent Steel Wheel construction for high load carrying capacity with controlled acoustic performance.
  • Solid stainless-steel running track is mandatory.
  • Roller and track interface specified as one coordinated package.
  • Configuration developed around the actual panel mass and frame section.
  • Suitable for exceptional residential, commercial and specialist architectural openings.
  • Adjustment and service access incorporated into the system design.
  • Final operating force depends on panel weight, track geometry, seals, alignment and installation conditions.
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About the
Seller

At CiiLOCK Engineering, we believe great architecture should never be limited by hardware. Based in Hallam, Victoria, we design and engineer innovative hardware and component solutions for architectural openings, working with architects, designers and fabricators across Australia and beyond.

CiiLOCK Engineering specialises in custom architectural hardware and high-performance door hardware solutions designed to overcome the challenges of complex and demanding architectural openings. From bespoke hardware and locking solutions to advanced roller systems, we approach every project with precision engineering, creative problem-solving and a focus on delivering solutions where conventional hardware may fall short. Our aim is simple: to make what was once difficult, impractical or impossible possible.

Our commitment to innovation has led to the development of the TITAN Bonded Collection, featuring advanced flush-glazed bonded sash technology that changes the relationship between glass and frame. By bonding the glass to the external edge of the aluminium sash, the solution creates a cleaner, slimmer aesthetic with greater visual continuity and more uninterrupted views. Importantly, the TITAN Bonded Sash is available as a component for compatible window and door systems, giving fabricators and system designers the flexibility to develop their own frames, configurations, hardware and finishes around it.

At CiiLOCK, we believe the best architectural solutions come from freedom of design and engineering without compromise. Our growing range of specialist technologies, including custom hardware, locking solutions and advanced roller systems, is developed to give architects and designers greater choice when specifying bifold doors, sliding doors, flush-glazed doors and bespoke architectural openings. By combining innovative thinking, precision engineering and a willingness to challenge conventional solutions, CiiLOCK Engineering continues to push the industry forward - creating possibilities where others don't.

Verified ArchiPro Member1 year · Since 2025