SAN FRANCISCO and SANTA CRUZ, Calif., Nov. 21, 2012 /PRNewswire/ -- XHiBT, a specialty manufacturer of locally crafted book bound iPad & iPhone cases, will be featured in Better Homes & Gardens' December holiday publication as one of their top gift picks for this holiday season.  These timeless book bound cases can be customized with a choice of dazzling exterior and interior color combinations and finishes, as well as a monogram to make each one personal and unique.

(Photo: http://photos.prnewswire.com/prnh/20121121/SF17430-INFO)

Each case is beautifully constructed with a precisely engineered solid bamboo frame that securely protects mobile devices and is handcrafted with a book bound cover that is both durable and elegant.  XHiBT is committed to supporting local communities and keeping its products made in the United States by bringing together its 100 year old San Francisco book bindery and Santa Cruz vintage wood surfboard manufacturing team to create exquisite handmade products.

"We are very excited that one of the largest and most prestigious publishers in the world is showcasing our products in such a prominent place in their publication," said co-founder Dale Rossi. "It is really rewarding to see our passion for creating the best products combined with a lot of hard work payoff in a big way."

Deciding how to treat yourself and your loved ones this holiday season?  Get an early preview of XHiBT's line-up at www.xhibt.com and be prepared to be dazzled.

About XHiBT

XHiBT Inc. manufactures boutique-quality, handmade, book bound cases for the iPad, iPhone, and Kindle.  The company's artist inspired cases are classically handcrafted by third generation book binding artisans and a vintage wood surfboard manufacturing team.  XHiBT strives to be eco friendly and works hard to give back to the community in meaningful ways.

XHiBT, Inc. is headquartered in the San Francisco Bay Area with offices in San Francisco & Santa Cruz, California.  For more information, go to www.xhibt.com or e-mail info@xhibt.com.

SOURCE XHiBT