The LI002108 modular touch-controlled crystal wall lamp combines a honeycomb geometric design with magnetic assembly and touch-based controls for customizable indoor lighting. The fixture is intended for living rooms, bedrooms, dining areas, and hotel interiors, with each module designed to operate independently.
The LI002108 uses a modular honeycomb structure built around two core principles: free combination and independent interaction. Multiple lamp modules can be joined through magnetic connections to form a specific shape based on the dimensions of a space, giving the fixture a decorative function in addition to its lighting role.
Each module is equipped with touch-sensing technology, allowing users to switch individual sections on or off without controlling the entire fixture. The design combines geometric assembly with localized lighting control.
The fixture’s key specifications identify a surface touch-control system, magnetic modular connections, wall-mounted installation, and suitability for residential and hospitality interiors.
| Feature | Specification details |
|---|---|
| Model | LI002108 |
| Control method | Surface touch sensing |
| Connection mechanism | Magnetic modular assembly |
| Intended applications | Living rooms, bedrooms, dining rooms, hotel spaces |
| Installation | Wall-mounted, with crystal strip support |
The installation process reduces the wiring complexity associated with conventional lighting fixtures. Users connect module edges through magnetic attachment and link the system to an AC power source to complete assembly.
Because each module has independent circuit control, users can direct light to specific areas according to their needs. This localized approach may help avoid unnecessary energy use or light spill from illuminating an entire fixture when only part of it is required.
For practical use, the geometric proportions of the room should inform the planned shape of the lamp array to achieve visual balance. The touch-control feature also means the fixture should be installed within reach of users.
In public settings such as hotel lobbies, power wiring should be concealed to preserve the overall appearance of the geometric design.