The Retired Pittsburgh Metallurgist Who Got Tired of Looking at "Clean" Boards That Weren't
After 35 years working with steel, Earl Whitaker knew what a truly cleanable surface looked like — and he knew his kitchen cutting boards weren't it. What started as a retirement project for family and friends became a small-batch line that's quietly changing how home cooks think about the surface underneath their food.
You rinsed it. You scrubbed it. You let it air dry. You'd call it clean.
But if your cutting board is made of wood or older plastic, there's a reasonable chance it has developed microscopic grooves from knife work — and those grooves are places where food residue can settle, far below the surface your sponge ever reaches. The board looks clean. Whether it is clean is a different question entirely.
The USDA Food Safety and Inspection Service notes that cutting boards can harbor bacteria in cracks, grooves, and cuts in the surface, and recommends replacing boards once they develop deep grooves that are difficult to clean.
For most of us, the answer to this has been: buy a new wooden board, or swap to plastic. But plastic cutting boards carry their own emerging concern — a 2023 study published in Environmental Science & Technology (indexed on PubMed) estimated that chopping on plastic boards could release microplastic particles into food, with the authors flagging it as an overlooked dietary exposure route.
So what is the alternative? For Earl Whitaker, a 69-year-old retired metallurgist and welder from the Pittsburgh area, the answer was sitting in his workshop the whole time.
35 Years Around Steel. One Retirement Project That Got Out of Hand.
Earl spent the better part of four decades working with metal — industrial fabrication, welding, metal finishing. He's the kind of man who can look at a brushed steel surface and tell you what grit was used, how it was finished, and exactly how cleanable it is.
"I retired and started actually spending time in my own kitchen," Earl says. "And I looked at those cutting boards and just thought — I would never build anything with a surface like that for a food application. The wood was dark and stained, and I genuinely couldn't tell what was old beet juice and what wasn't. The plastic one had grooves you could catch a fingernail on."
He started simple: cut and finished a few boards from brushed 304 stainless steel sheet stock for his sister's kitchen and for a couple of longtime friends. He knew 304 stainless steel well from decades of use in food, industrial, and medical-adjacent environments — it's the same family of alloy widely relied on in commercial kitchens, food-processing equipment, and food-grade fabrication for its nonporous surface, rust resistance, and cleanability.
Word got around. His niece Lauren, who works in e-commerce, came to visit and saw a stack of the boards in his garage. "She told me I was sitting on something," Earl recalls. "I told her I was retired. She put it online anyway."
Why the Surface Matters: Three Design Mechanisms Behind the Steel Board
Unlike wood grain — which is naturally porous — and plastic that develops grooves with use, 304 stainless steel is nonporous at the surface level. There are no fibers to absorb liquids, no grain to trap residue, and no grooves developing from normal knife contact the way softer substrates can. What you see is the full surface. Cleaning reaches the full surface.
The boards are finished using a wire-drawn brushing process — the same family of surface finishing used on professional food-contact stainless equipment. The directional brushed texture provides grip for food and handling, maintains a consistent appearance, and means the surface doesn't show every minor scuff the way a mirror-polished surface would. It's built to look like a working surface, because it is one.
Because the surface is nonporous and stainless, cleanup is direct: rinse, wipe, done — or run it through the dishwasher. There's no need to wonder whether the deep grain of a wood board is holding onto something from last Tuesday. The board is also double-sided, so you can use one side for proteins and the other for produce, then clean both with the same easy process.
What's Actually in the 3-Piece Set
The current offering is a three-board set in graduated sizes — designed so every prep task has a correctly proportioned surface. The large board handles full roasts, watermelons, and big chop sessions. The medium covers everyday vegetables, bread, and fruit. The small is right-sized for garlic, herbs, and small knife work.
Every board is made from 304 stainless steel — the same family of stainless steel widely used across commercial food environments, food-grade fabrication, and food-processing equipment. The material is rust-resistant, does not absorb liquids, does not stain the way wood can from beets, turmeric, or berry juices, and does not hide discoloration behind a dark-stained surface.
Each board is double-sided. Each has an integrated handle slot for hanging storage. The set is dishwasher safe. There is no coating to peel, no sealed finish to degrade, no lamination to bubble at the edges.
Product Specifications at a Glance
| Board | Dimensions | Material | Features |
|---|---|---|---|
| Large | 13.38 × 9.05 in | 304 Stainless Steel | Double-sided, Handle Slot, Rust-Resistant |
| Medium | 11.8 × 7.87 in | 304 Stainless Steel | Double-sided, Handle Slot, Rust-Resistant |
| Small | 9.44 × 5.9 in | 304 Stainless Steel | Double-sided, Handle Slot, Rust-Resistant |
| Surface Finish | Wire-drawn brushed (both sides) | ||
| Surface Type | Nonporous, no coating, no laminate | ||
| Dishwasher Safe | Yes | ||
| Hanging | Integrated handle slot on each board | ||
| Set Contents | 3 boards (Large, Medium, Small) | ||
A Small-Batch Relaunch — And Why the Inventory Is Limited
After the initial run sold out faster than expected, Earl and Lauren took several months to work with a production partner to bring quality and finish up to the standard Earl was satisfied with. "I wasn't putting my name on something that didn't come out the way the originals did," he says. "The brushing had to be right. The edges had to be right."
The current offering is a small-batch relaunch — not a mass production run. It is positioned as inspired by and developed from Earl's original shop-built prototypes, produced to the same material and finish specification. The inventory available reflects that limited-run approach, and availability changes as the campaign progresses.
"Lauren handles the orders," Earl says. "My back and my hands are not what they were at 45. I tell people — I'm not standing at a bench making every single board anymore. But the spec is mine, the finish standard is mine, and I wouldn't have my name on it if it wasn't right."
The set is designed to replace — and outlast — every cutting board in a standard kitchen drawer. Stainless steel does not warp with moisture the way wood can, does not develop the deep scored grooves that make plastic boards a concern, does not absorb the turmeric stain that turns a light wood board permanently orange. It just cleans.
Who This Set Is Right For
This set is built for home cooks who prep regularly and are tired of replacing worn boards, tired of dark staining they can't explain, and tired of the nagging question of whether a scrub-down actually got the board clean. It's for people who've switched to plastic boards and are now reading about microplastic research and reconsidering. It's for people who've had a nice wooden board for years and have watched it slowly become something they can't fully trust.
It is also built for kitchens where storage matters — each board hangs on a hook via its handle slot, so the whole set can live on a wall or rack rather than stacked in a drawer developing moisture contact from the board below.
The Simplest Argument for Steel
The boards you've been using were designed to be good enough, sold cheap, and replaced when they wore out. The cycle continues. Earl's argument — and it's a simple one from a man who spent decades thinking about surfaces and what they do — is that food-prep surfaces should be held to the same standard as any other food-contact material in a professional context: nonporous, consistent, fully cleanable, and built to last.
304 stainless steel has been the default answer to that requirement in commercial kitchens, food-processing facilities, and food-grade fabrication for decades. It simply hadn't been translated into a home cutting board set that was worth using until now.
Whether you've been using the same wooden board for five years or cycling through plastic replacements every season, the three-board set gives you a surface you can actually see clean — and one that won't silently degrade the longer you use it.
References & Sources Cited
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