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We confirm track, carriages, capacity, glass support, handles, lock and cable-integration route.
Offer / moving partitions and doors
Sliding doors with switchable smart glass.
A switchable leaf can connect a living room and office, meeting room and workspace, bedroom and bathroom or dressing room and interior. We engineer the pane, movement system, connection and controls together so the door moves freely and wiring remains protected.
- move + switchtwo functions in one leaf
- bespokepane and processing before lamination
- engineeredprotected connection route
Application context
The critical element is not a motor. It is safe connection movement.
Switchable glass is laminated to final size. Sliding doors require dimensions, holes, handles, opening direction, parking side, full travel and stop positions before manufacture. Changing hardware after glass approval may require a new pane.
The connection must not hang freely, rub against frames, be pinched or carry the door’s stopping force. We engineer its glass exit, controlled allowance, movement radius and fixed building connection. Mechanical stops halt the leaf before the cable.
Doors can use a local switch, remote, app or agreed automation. Automatic switching after closure needs reliable leaf-position information. We also define power-loss behaviour; PDLC returns to frosted without power.
From function to detail
Six points before door approval.
These decisions cannot safely wait until installation. Each affects manufacture and use.
Direction and parking
Drawings show closed, open and intermediate positions. The parking side usually defines the logical connection edge.
Glass processing
All holes, cut-outs and corners appear on the manufacturing drawing. Finished active glass is not cut or drilled on site.
Cable movement
We select route, protection and allowance so every cycle avoids pinching, twisting, rubbing and sharp bending.
Controls
We define whether glass state is independent of door position or linked to a sensor, room automation or scene.
Service
The power supply and fixed connection remain accessible without dismantling walls, door pockets or joinery.
Delivery process
A door engineered and tested as one system.
- 01
Movement concept
We receive plans, opening dimensions, proposed system and every leaf position.
- 02
Manufacturing detail
We coordinate size, processing, active edge, cable exit, hardware, stops and power route.
- 03
Installation
We install and adjust the leaf while protecting the connection through its full travel.
- 04
Cycle test
Handover includes repeated full openings, end positions, cable observation, both glass states and every control.
Important before deciding
What must not be improvised on site.
A moving leaf repeats every error in every cycle.
- Do not change opening direction, handles or hardware after manufacturing approval without review.
- Do not allow the cable to act as a stop, loose loop or pinched element inside a door pocket.
- Do not seal the fixed connection where it cannot be accessed and diagnosed.
- Do not assume every off-the-shelf sliding system accepts an active pane without modification.
Prepare an enquiry
Sliding-door quotation brief.
A site photo and simple movement sketch are often enough for an initial feasibility review.
Send the brief to DGF- 01opening and leaf width and height
- 02opening direction, parking side and full travel
- 03selected or proposed track and hardware system
- 04handle, lock, stop and pocket positions
- 05intended glass control method
- 06power-supply location and possible fixed wiring route
FAQ
Common questions about this application.
Does DGF deliver sliding doors with switchable glass?
Yes, after confirming construction, hardware, dimensions, processing and a safe connection route for the specific system. Installation scope is project-specific.
Does the cable move with the door?
Part of the connection must accommodate the engineered leaf movement. Routing depends on door system, travel and active-edge location.
Can the door slide into a wall pocket?
Feasibility requires review of the pocket, collisions, cable route and service access. Connections cannot be sealed without inspection access.
Can glass switch automatically when the door closes?
Yes, when the project includes reliable position detection and agreed logic, while retaining predictable local control.
What happens after a power cut?
Mechanical door movement depends on its system, while PDLC turns frosted. This state is included in the room scenario.
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