Control systems
Demonstration pod
A supplier demonstration of integral blind operation and control choices.
Operation
From Morley magnetic slider systems to W Smart battery and MB hard-wired motorisation, choose how you operate your blinds sealed inside the glass.
Control fit finder
Start with how the glass will be used
Pick the closest situation. This is not a guaranteed fit: a survey confirms frame depth, glass size, power access and the final control route.
Likely route to discuss
Magnetic control
Magnetic slider control keeps the glass clean and avoids a charging or wiring route where the blind type, glass size and handle clearance suit it.
Survey checks
- Confirm the blind family and glass cavity suit a magnetic slider system.
- Check which side gives clear slider access around handles and gaskets.
- Measure the unit size because larger panels may need a motorised route.
C System manual control
A manual magnetic transmission system using a cord loop, knob or wand depending on the blind type and specification.
SV and SV+ magnetic sliders
Cordless Venetian slider systems with an external magnetic control. SV+ adds symmetrical side guides.
S System pleated slider
A magnetic slider route for pleated and blackout pleated systems where the unit size and glass make-up suit it.
W Smart battery motor
A rechargeable 3.6V motorised system with micro-USB charging and optional solar support where exposure is suitable.
MB hard-wired motor
A hard-wired brushless motor system for wall buttons, remote control, grouped control and home automation routes.
Compare options
Magnetic, battery, hard-wired and smart-home controls
The right control route depends on the frame, glass size, access, room use and whether you want simple manual operation or automation.
| Control | Power source | Best use | Main benefit | Consideration |
|---|---|---|---|---|
| Magnetic | No electrical supply | Everyday windows, doors and family spaces | Cordless operation with a clean finish | Large or hard-to-reach units may be easier with electric operation |
| Battery | Rechargeable battery, with solar options where suitable | Single units, small groups and retrofit motorised projects | Motorised operation without opening walls for wiring | Batteries need periodic charging or maintenance |
| Hard-wired | Low-voltage supply from a hard-wired electrical route | Extensions, commercial projects and larger motorised installations | Permanent power with no battery charging routine | Requires a suitable cable route and electrical planning |
| Home automation | Battery or hard-wired motorised supply, depending on the project | Smart homes, large glazing and scheduled shading | Operate one blind, a room, or a group of units together | Compatibility depends on the chosen motor and control ecosystem |
Detailed guides
Choose your control type
Read the dedicated guide for each major integral blind control option.
Supplier videos
Control system videos
Approved supplier videos showing magnetic, motorised, battery and demonstration systems for integral blinds.
Battery powered
Bi-fold battery and solar-assisted showcase
Supplier showcase for battery and solar-assisted control on bi-fold door glazing.
Magnetic
SL20 SV venetian
Supplier product video for magnetic slider venetian blinds inside glass.
Magnetic
SV+ integral blind system
Supplier product video for a premium magnetic integral blind control system.
Control routes
Which control suits your opening?
A survey-safe guide to control routes that are often discussed for each type of glazing.
Windows
SV, SV+ or C System control where the unit is reachable and the dimensions suit.
Bifold doors
Cordless slider, W Smart or MB control depending on panel count and charging access.
Sliding & patio doors
MB hard-wired or W Smart battery control for larger, frequently used glazing.
Hard-to-reach glazing
Motorised W Smart or MB operation where survey confirms the practical route.
Find the right control route
Tell us about the opening, access and how often the blind will move. We will use that detail to discuss the practical control options before specification.