Description
This version of Cut Tall is a very unique prism pendant light that uses a space age like mirror finish to create a dazzling light. The distinctive light fitting is made of polish polycarbonate in a chrome finish. Its smooth, futuristic reflective mirrored appearance has a magical characteristic. When switched on, it transforms into a translucent kaleidoscopic gem, reveals a translucent multi-faceted shade that reflects the light infinitely to create stunning patterns. The Cut is a continuation of Tom Dixon’s experiment with reflectivity, light and clearness. This is the tall version of the Cut light and is finished in chrome. The Cut light is also available in a gold finish as well as a short pendant light. The Cut series is truly a stunning light especially hang in a group. Couple the different shapes and finishes for a stunning optical installation or by its own above a kitchen island bench. If you are not able to find a certain replica designer light from Tom Dixon Lighting or any other reproduction product in our online store, or if you would like a custom colour, shape or size, please do not hesitate to send us an online enquiry from our contact page.
Designer: Tom Dixon
Applications & Types: Pendant Light/ Ceiling Lamp
Other Applications & Types: Cut Short Wall Light available on pre-order
Material: Polycarbonate & Metal
Colour: Chrome
Other Colours: Blue, Amber, Copper Gold available on pre-order
Dimension: ø30cm H 31cm
Other Sizes: Short
Light Source: 1 x E27 LED Recommended
Colour Temperature: Warm White or Cool White Depends On Application
Degree of Protection: IP20
Voltage: 220-240V
Price Guarantee: We’ll Match It | Refer FAQ & Policy
Commercial & Trade Project: Online Enquiry Welcome
Free Shipping To: Perth Sydney Melbourne Adelaide Brisbane | Delivery Australia Wide
The Replica Tom Dixon Cut Tall Pendant Light is not an original piece and NOT made or manufactured by, affiliated or associated with, the original manufacturers, brands or designers. This is a faithful reproduction of the original design.