Illusory Serving Platters

Clean the Sky - Positive Eco Trends & Breakthroughs

The PLANT Design Group Cheese Board Looks Like a Piece of Swiss

— July 24, 2011 — Unique
If you've ever found yourself wishing your everyday cutting board was a little bit nicer to look at, you're in luck with the PLANT Design Group Cheese Board. The creative design puts a literal spin on its function and is designed to look like a cheese board.

The board was crafted by PLANT Design Group in Brooklyn, New York and is made of acrylic resin and powdered bauxite, which is a mineral similar to marble. Since the board is made up of a composite that resembles marble so closely, it will also work the same way a marble cutting board would. That means chilling the PLANT Design Group Cheese Board in the fridge beforehand will keep your cheese fresh for longer than it would be on a wooden board.

Trend Themes

  1. Illusory Serving Platters — The PLANT Design Group Cheese Board blurs the line between form and function, offering an aesthetic twist to everyday cutting boards.
  2. Creative Design — The use of acrylic resin and powdered bauxite in the PLANT Design Group Cheese Board opens up opportunities for innovative design solutions in kitchenware.
  3. Marble-like Composite Materials — The use of composite materials resembling marble in the PLANT Design Group Cheese Board presents opportunities for introducing durable and visually appealing substitutes in various applications.

Industry Implications

  1. Kitchenware — The PLANT Design Group Cheese Board showcases the potential for introducing visually striking and functional kitchenware products that enhance the culinary experience.
  2. Home Decor — The illusory design of the PLANT Design Group Cheese Board highlights the potential for incorporating unique and eye-catching home decor pieces that add a touch of creativity to any living space.
  3. Materials Manufacturing — The development of marble-like composite materials, such as those used in the PLANT Design Group Cheese Board, presents disruptive innovation opportunities in the materials manufacturing industry.
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