This is a limited edition giclee on canvas. Now THESE girls know how to set the town alight! Inspired by the Batman: The Animated Series episode entitled "Harley and Ivy" Harley Quinn and Poison Ivy team up as Gotham Citys' answer to Thelma and Louise (except that these girls would never head for the cliff) This episode was especially popular with fans of Batman: The Animated Series, because it was the only episode pairing these two dynamic villainesses. "Girl's Night Out" was originally released in 1996 as a hand-painted limited edition animation art cel and was one of the fastest selling limited editions in the history of the Warner Bros. studio stores. As part of the 75th Anniversary of Batman's creation this anniversary edition on canvas has been created.
Image Size: 17" x 22"
Framed Size: 18" x 23"
Edition Size: 100
|Shipping to the Continental United States or Canada||$25||$18|
|Shipping to the United Kingdom, France, or Germany||$140||$75|
|Shipping to Australia or New Zealand||$140||$75|
For any other shipping locations, please contact us for a custom quote.
All prices in US Dollars
Sometimes described as "digital lithographs", giclees are created using extremely sophisticated computer equipment to create a reproduction virtually indistinguishable from the original.
Most giclees start with an original painting or illustration in oil, watercolour, or charcoal. The original work is scanned and colour corrected under the supervision of the artist before being printed with a extremely high resolution giclee printer. From the French term for "spray of ink", giclee printers lay down millions of microscopic ink droplets with such precision that the images, colours, and subtle nuances of the original piece are reproduced with breathtaking accuracy and beauty.
Giclees are created on high quality acid-free rag paper or on canvas, and are generally done in limited editions of no more than 750 pieces. They are often signed by the artist.
Limited edition giclees are a beautiful addition to any home and any art collection.