Klee 43" Floor Lamp

About

Klee 43" Floor Lamp by Visual Comfort & Co, designed by Sean Lavin, is a floor lamp from the Klee series, part of the Modern Collection.

This product is designed for floor placement.

Dimensions include a height of 111.76 cm and width of 19.05 cm. Maximum wattage is 10 W. Luminous flux: 695 lm.

Suitable for use in living rooms, dining rooms, bedrooms, entryways and foyers, hallways, kitchens, offices.

Dimensions

Height:: 111.76 cm
Width:: 19.05 cm

Main features

Wattage:: 10.0
Luminous flux:: 695 lm
Mounting:: None
Light Source:: LED

Resources

Spec sheet

Delivery and Shipping information

We deliver across Europe and worldwide. If your country is not listed in the “Delivery to” dropdown,please contact us for a custom quote

Italy – Delivery is always FREE.

Other European countries:

Orders above €2500 – Delivery included
For orders under €2500, delivery costs are approximately 7% of the order total. See the exact rates for your order here.

When will I receive my order?

In stock: Delivered in up to 14 days.
Ships in 14-30 days+: Made to order or en route to our warehouse. Tracking provided once shipped.
Out of stock: 8+ weeks. Faster options available on request.

Please note: Delivery times are estimates and may vary depending on location, courier schedules, and customs procedures. Read more about our shipping policy here.

€ 1 352.98 VAT incl

SKU:

702PRTKLE43NB-LED927

Out of stock

Delivery at no additional cost

Option: Natural Brass and White Marble

MEET THE DESIGNER

Meet the visionaries behind the light — designers who redefine how we see space and emotion

Sean Lavin

Sean Lavin develops lighting collections shaped by contemporary architecture and clean modern design. VC Gallery presents a selection of Sean Lavin fixtures produced with Visual Comfort & Co., including chandeliers, pendants, and wall sconces designed for modern interiors. His work emphasizes minimal forms and advanced LED technology, creating lighting suited to residential projects as well as hospitality environments.