collection

 

Explore the full llll light collection — a family of sculptural LED lamps defined by fluid lines, minimal surfaces, and translucent knitted fabric. Each model reveals a unique interplay of structure and light, offering soft ambient illumination and a contemporary organic presence. Click any piece to discover its details, variations, and technical specifications.

 
about llll light
 

llll light — sculptural LED lighting shaped by tension, craft, and minimal surfaces

llll light creates large‑scale sculptural LED luminaires where organic form, artisanal craft, and contemporary technology meet. Each piece begins with a hand‑bent metal profile, shaped into a fluid three‑dimensional line. Over this frame, a semi‑transparent knitted fabric is stretched with precision, forming soft minimal surfaces that shift and transform as the viewer moves. The result is a collection of lightweight, dynamic lamps that appear different from every angle, evoking motion, buoyancy, and quiet spatial poetry.

Although the construction method allows for endless variations, the designs are distilled into essential archetypes. The process resembles dipping a wire frame into a soap film: the fabric naturally settles into the most efficient and elegant geometry the structure allows. This interplay between curved profiles and their minimal surfaces defines the visual language of llll light.

Material innovation and optical depth

The knitted textile—developed specifically for the collection—combines translucency with structural integrity. When layered, it produces a pronounced moiré effect: concentric lines that shimmer and shift with the slightest movement of the head. Some models incorporate a knitted copper wire, adding a warm golden tone and intensifying the optical depth. The fabric’s semi‑transparent nature allows light to diffuse softly while revealing the underlying geometry, giving each lamp a sense of weightlessness.

Craftsmanship supported by modern technology

Every lamp is handcrafted. The metal frames are shaped manually, ensuring subtle variations that give each piece its own character. The fabric is fitted by hand, its tension calibrated to create the desired curvature and translucency. This artisanal foundation is complemented by modern techniques such as 3D‑printed components and high‑efficiency LED systems.

The luminaires typically use warm white LED strips (around 2300–2700K, high CRI) integrated along the outer edges of the frame. This edge‑lighting approach distributes light evenly through the textile, enhancing the moiré patterns and creating a soft, ambient glow.

Designed for real spaces, adaptable to any project

llll light pieces are produced in a controlled workshop environment to ensure consistency and longevity. At the same time, the handcrafted nature of the process allows for customization. Dimensions, orientations, and configurations can be adapted for specific interiors, architectural contexts, or large‑scale installations. Lamps can be powered through a ceiling canopy or a remote driver, and multiple fixtures can be connected through a single point or individual feeds.

Whether used as a single sculptural focal point or arranged in clusters, the lamps bring softness, movement, and a contemporary organic presence to any space.

A collection shaped by experience

The brand is led by designer Sarah Dehandschutter, who has been active since 1996 and is known for creating handmade chandeliers and tension‑based lighting structures. Her long experience with materials, minimal surfaces, and spatial composition directly informs the current collection. The lamps reflect decades of exploration into how fabric, structure, and light interact.

A coherent family of forms

The collection includes a range of pendant lamps, floor lamps, and multi‑disc compositions. Each model captures a specific gesture—a twist, a loop, a curve—expressed with clarity and restraint. Despite their sculptural presence, these  remain lightweight, efficient, and easy to integrate into both residential and architectural environments.

llll light offers  a set of architectural lighting objects that integrate easily into a wide range of interior projects. Each model is based on minimal surface geometry, producing soft, even illumination through a lightweight fabric structure. The forms work well in double‑height spaces, stairwells, hospitality environments, and residential interiors, and can be installed as single pieces or in grouped compositions. 

With flexible mounting options, low weight, and efficient LED modules, the lights provide a practical solution for creating calm, spatial lighting without visual clutter.

 

 

The fabric is a knitted blend of half polyester half stainless steel.

The fabric options include a plain white/silver variant (right in the image above) or a with a golden sheen (left).

A warm white LED strip,  embedded within the frame, lights the lamp from the edges, casting an even, soft radiance throughout.

The “white” fabric features a 2700K LED color, whereas the “gold” achieves its golden glow partially from the 2300K LEDs and partially from the fabric color.

The stainless steel ensures the fabric’s durability and ease of maintenance. Minor irregularities in the pattern and colour of the fabric are intrinsic to the knitting process.

The fabric can be cleaned with a vacuum cleaner and a mild textile cleaner.

 

 All lights require a 24V DC constant voltage driver. 

It can be installed either in a canopy on the ceiling or remotely.

The canopy may be white, black, or brass.

When multiple lamps are installed, this can be accomplished by having the power come from one central point or providing a separate connection for each lamp.

If each lamp requires a connection but the canopy cannot be placed remotely, you will need a canopy and driver for each lamp. If the driver can be remotely, a round ceiling rosette with cable gliders will suffice.

For a single power point you can use small ceiling attachments to position the lamps. The steel current-carrying cables will remain visible and can be joined either in the canopy or in the if the driver be placed remotely.

 

The lamps are suspended by a current-carrying coated steel cable. The length can be adjusted with the gliders, which are inserted in the canopy that holds driver or in the ceiling rosette.

The LED lightings can have dimmable functions, allowing you to adjust brightness. 

However their internal electrical circuitry doesn’t interpret the wall dimmer signal. Which works for traditional incandescent bulbs only. LED strips don’t connect directly to 120V/220V AC wall sockets. They need a power supply to convert AC into lower 24V DC voltage.

For small projects that consist of just a single power supply, you’ll need the simpler PWM or TRIAC  dimmers

DALI, 0-10v, and DMX LED dimmers can manage multiple zones.

PWM Dimming

or “pulse width modulation”  is a digital signal that “talks” to your strip’s power supply to adjust brightness. You can install a DC PWM dimmer between a standard, non dimmable power supply and the LED strip.

The power supply can be any standard DC power unit and does not need to be dimmable.

Compared to TRIAC dimmable power supplies, these cost cheaper and are readily available. This simple circuit design works well for portable installations where you don’t have to build a dimmer into a wall. DC PWM dimmers are very simple to assemble, easily connecting to the power supply and LED strip.

There are different PWM dimmers available:

RF Dimming provides a remote way to adjust your strip brightness.

Unlike the wired inline LED dimmers, you can dim the led strip by remote control, the distance can get as far as 20 meters in diameter.

WIFI Dimming

A smart dimmer allows you to control your LEDs remotely via a WiFi connection. When setting up a “smart” home or office lighting system, these dimmers are necessary.

You can operate the dimming by using a mobile app. This feature lets you adjust brightness using Alexa or Google Assistant voice controls.

Triac Dimming

Triac dimmer change 120V/220V AC to 12/24V DC signal for led strip lights., and Interpret dimming signals produced by the Triac dimmer and then translate that into the LED strip’s output.

You’ll need to connect the TRIAC dimmer to the dimmable power supply, then link the power supply’s output to the LED strip.

To avoid voltage drops, ensure that your power unit stays close to your strip lights.

1-10V Dimming

0-10V dimming lets you adjust brightness by altering DC voltage powering your strips.

It can vary voltage between zero and ten volts – zero being “off” and ten at 100% brightness output.

This method lets you link as many dimming receivers as your project requires. This means you’ll be able to manipulate many dimmable LED lights simultaneously.

DALI Dimming

DALI dimming is a step further from the 0-10V system. Like the 0-10V, this dimmer allows you to adjust many LED strips over a wide area using a central controller.

This method also allows individual users to adjust brightness for specific zones using smaller LED dimmers.

This setup makes for a convenient way to adjust brightness without going all the way to the main switch. Like its 0-10V predecessor, you’ll have to wire it between the dimmable strips and the transformer.

 DMX Dimming

“DMX 512” also works by regulating voltage in the transformer to reduce brightness.

Despite being an old dimming method, DMX is still used today. Applications include large-scale installations, such as concerts, theatre, and other performance venue lighting. This method allows for independent control of different areas of the lighting project. It can run up to 512 DMX receivers, also called channels.

 

Surge wattage occurs when you turn on other electrical appliances in your home. The wirings on these appliances create a resistance in the home’s electricity. This sudden change causes a voltage drop in your LED lights.

 

Surge wattage dimming becomes noticeable when you set your LEDs on low brightness. If your brightness is high, you’ll rarely experience flickering.

 
 
 
 
 
 
 
 
 
 

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