John Boos Block WAL-12SS Walnut Wood Edge Grain Cutting Board with Stainless Steel Feet, 12 Inches Square, 1.5 Inches Thick
- John Boos Block WAL-12SS Walnut Wood Cutting Board with feet measures 12 inches square and is 1.5 inches thick
- Made in the USA: Each John Boos Butcher Block and Cutting Board is proudly made in Effingham, Illinois by skilled craftspeople using time honored techniques since 1923
- This Boos Block cutting board is made from sustainably sourced, hand-selected American Black Walnut Wood
- This cutting board provides a smooth and flat cutting surface for chopping, slicing, dicing, mincing, and more
- This cutting board features edge grain construction for professional grade durability. Stainless steel feet complete the look of this sophisticated board
- Care: hand wash and dry. Apply John Boos Mystery Oil regularly (more often in dry climates, and when the board is brand new), use John Boos Board Cream to seal the wood surface after applying Mystery Oil. Oil and cream sold separately on Amazon
- The Professional Choice: Often imitated, Boos Boards and blocks are the preferred cutting surfaces of top chefs and restaurants around the world
| SELLER | SELLER SCORE | AMAZON FULFILLED | PRIME | FREE SHIPPING |
|---|---|---|---|---|
| Amazon.com | 9.68 | Yes | Yes | Yes |
The John Boos WAL-12SS Walnut Cutting Board is a masterclass in American craftsmanship, defined by its stunning edge grain construction. This isn't just a utility item. It is a professional-grade tool that feels substantial thanks to its 1.5-inch thickness. Hand-selected American Black Walnut provides a smooth, flat surface that makes slicing and dicing feel effortless. I was particularly impressed by the stainless steel feet, which elevate the board for a sophisticated look while providing stability. Knowing it is made in Illinois by skilled craftspeople since 1923 gives you a level of confidence you won't find in mass-produced alternatives. It is a durable, heirloom-quality piece that clearly justifies its place as a chef's preferred surface.