Image source: Tom Dixon — Press Mini Sphere Pendant
© Tom Dixon and the respective rights holders. Quoted to accompany INTEBEE's independent design commentary and research.
Press Mini Sphere Pendant
A ribbed pressed glass sphere pendant, 14.5 cm in diameter
145 × 145 × 145 mm
China
2.5 kg
Approx. $580 (reference price; varies by region and retailer)
Official product information
INTEBEE AI PUBLIC LIBRARY is an independent furniture design research and discovery platform. Product specifications, finishes, availability and other details may change. For current and definitive information, please refer to the manufacturer's official website.
Go to the official product pageSpecifying Press Mini Sphere Pendant for your design project?
INTEBEE is the FF&E specification platform for interior designers: spec sheets, finishes, floor plans and client-ready PDFs in one place.
Description
Overview
The Press Mini Sphere Pendant in Clear Pressed Glass (code PRP14CLUL) is a small glass sphere with a ribbed, gloss surface, 14.5 cm across. Made in China.
Construction
Molten glass is pressed with a specialised plunger tool. The ceiling rose is clear, as is the 250 cm cable that hangs it.
Specifications
- Shade: diameter 14.5 cm (5.7 in)
- Weight: 2.5 kg (5.5 lb)
- Light: 6W LED supplied; its output is 800 lm at 2700K, CRI above 90
- Electrical: 100-120V, 50-60Hz; dimmable from the mains
- Approvals: T24, FCC and cULus; dry, indoor locations
Story
Plunger tool
Molten glass is poured into a mould, and a specialised plunger tool presses it. The finished mini sphere is built for long-lasting stability and is supported by a tensile cable.
More by Tom Dixon

Bump Short Glasses Set of 2
Handmade borosilicate short glasses, each 8.4 cm across and 9 cm high with a 270 ml capacity

Cast Medium Crown
A crown-inspired candle holder in sand-cast black iron, 14 x 14 cm and 8.2 cm high

Cast Hand-Stand
A sculptural cast iron hand, 29.8 cm high, with an eccentric, surreal look

Cast Foot
A sand-cast black iron foot, 21.5 cm wide, an anatomical curiosity as functional art
