Origami Paper Pendant Light – Adjustable Sculptural Ceiling Lamp (E27)

Bring a soft, sculptural touch to your interior with this Origami-inspired pendant light. Designed with a delicate white paper shade and a refined metal frame, it diffuses light gently to create a calm, inviting atmosphere without overwhelming the space.

A statement that stays light

Perfect above a dining table, kitchen island or in a living space, this pendant acts as a subtle focal point while maintaining an airy, minimalist presence. The origami-inspired structure adds texture and depth, making it ideal for contemporary, Japandi or modern interiors.

Why you’ll love it

• Sculptural design: inspired by origami forms for a unique, architectural look
• Customisable shape: adjust the shade during installation to create your preferred silhouette
• Soft ambient glow: paper shade diffuses light evenly without harsh glare
• Adjustable drop: 59 in (150 cm) cable included, easily adjustable to suit your ceiling height
• Sloped ceiling compatible: suitable for ceilings up to 30°

Materials and finish

The shade combines lightweight white paper with a slim metal structure, balancing delicacy and durability. The result is a refined pendant that feels both modern and timeless.

Sizes available

• Small – 16.5 × 16.5 in (42 × 42 cm)
• Medium – 23.6 × 15.7 in (60 × 40 cm)
• Large – 33.1 × 20.9 in (84 × 53 cm)

Note: dimensions refer to the flat paper form. Final shape may vary depending on how the shade is adjusted during installation.

Lighting and compatibility

• Bulb base: E27 (UK standard compatible)
• Bulb type: LED recommended (5W or equivalent)
• Max equivalent: approx. 40W incandescent
• Dimmable: Yes (with compatible bulb and dimmer switch)
• Voltage: 110–240V
• Bulb included: No

Installation and care

Installation requires shaping the shade and securing the fixture to the ceiling. For safety and optimal results, professional installation is recommended. Clean gently with a dry cloth and avoid moisture on the paper surface.

Note: Slight variations (1–3 cm / 0.4–1.2 in) may occur due to manual measurement. Appearance may vary depending on lighting conditions.