01
Make large panels easier
Assistance can reduce the force a person needs to apply to very large glazed panels, particularly where seals and panel mass are significant.
Powered sliding / design benefits + motion engineering
Big glass.
Less effort.
As sliding panels become larger, heavier and better sealed, the architecture can outgrow what feels comfortable to move by hand. Power or assistance can preserve the big-panel idea while bringing the user experience back to something natural.
Architect + homeowner view
Why choose
powered sliding?
The opening type changes the way a room looks and behaves before any individual piece of hardware is chosen.
02
Support accessible design
Powered movement can help make large architectural openings usable by a wider range of people instead of reserving them for users who can overcome high manual forces.
03
Keep the sliding advantages
You retain the view, no-swing geometry and space efficiency of a slider while changing how much effort is required to move it.
04
Conceal the machinery
A well-integrated drive can live within the head, jamb or system architecture so the technology does not dominate the room.
05
Power assistance, with the user in control
Power can reduce the effort needed to move a large panel while preserving the familiar feel of a sliding door. The assistance supports the person at the door rather than turning every opening into a conventional automatic-door experience.
06
Integrate with the building
Controls, sensors, access systems and smart-home interfaces can be considered as part of the opening rather than added after the door is finished.
Best when
Very large sliding panels, premium residences, hospitality, accessible design and projects where the architectural opening should remain visually simple despite significant panel weight.
Design around
Power provision, controls, safety strategy, manual or emergency operation, commissioning, service access, acceleration profile and the operating force created by seals and track condition.
Engineering view
What changes
the motion.
Once the architectural intent is clear, these are the mechanical relationships that determine whether the opening still feels good years later.
01
Assisted movement
Power can reduce the effort needed to move large panels while retaining intuitive user control.
02
Drive integration
Motor, transmission and control elements have to fit within the architecture of the door system.
03
Manual interaction
The behaviour of the door when the user takes hold - and when power is unavailable - matters as much as automation.
04
Safety & control
Powered motion requires considered control logic, sensing and predictable behaviour.
05
Concealment
The best architectural integration keeps the power system out of the visual language of the opening.
06
System tuning
Panel mass, seals, track condition and acceleration profile all influence the final feel.
From the idea
to the hardware.
VOLTA is CiiLOCK's specialist powered-sliding technology platform. The VOLTA site carries deeper product, integration and application information.
Explore VOLTA ->CiiLOCK Motioneer Network
Good motion still needs
a good system maker.
CiiLOCK develops hardware and motion technology. Local fabricators turn that technology into complete windows and doors. If you are an architect or homeowner, we can help connect the project to a suitable local contact where our network allows.
01 / Homeowners + architects
Find a Motioneer
Tell us the opening type, location and project stage. We will help point you toward a relevant local fabricator or partner where available.
Find local expertise ->02 / Fabricators + system makersBecome a Motioneer
Work with CiiLOCK motion technologies, specialist brands and engineering support while keeping the complete fabricated system in your hands.
Join the network ->Planning a powered sliding
opening?
Homeowners and architects can start with a local Motioneer or partner where available. Fabricators and system manufacturers can talk directly to CiiLOCK about hardware, integration and engineering.