Certified Pure Titanium Cutting Board

Pure titanium is the most biocompatible metal on Earth, which is why it’s trusted in surgical implants, dental tools, and medical-grade devices placed directly inside the human body. Biocompatibility means your body doesn’t react negatively to it. It’s stable, non-reactive, and safe to come into contact with your food every single day. Unlike steel, it won’t leach heavy metals.

Does It Dull Knives?

No – titanium is softer than the hardened steel used in 99% of kitchen knives. On the hardness scale, steel blades are about 3× harder than titanium, meaning the board can’t grind down or chip your edge.

Is It Easy To Clean?

Yes. Titanium has a non-porous surface, so nothing clings. Wipe it clean in seconds – no scrubbing, no soaking, no lingering smells or stains.

Is It Pure?

SGS is the world’s leading lab for product testing. Our board is tested to verify its purity (99.89% titanium – Grade 1), the purest possible form.

What Does FDA-Compliant Mean?

It means the board meets the FDA’s strict standards for safe food contact — no harmful coatings, metals or chemicals near your meals, lead-free.

There’s A Reason Ours Costs More

If you’ve seen cheaper “titanium” boards online, or even been tricked by one — it’s not your fault. Most use industrial steel alloys with just enough titanium (if any) to slap the name on. It’s cheaper to produce, but offers none of the benefits, and introduces new risks.

Taima® is the original, and the only board made from certified 99.89% pure Grade 1 titanium. Pure titanium is very challenging & expensive to work with. But that’s why it works. And why we’re the only ones who back it with proof.

Antibacterial Properties Explained

Taima’s cutting board is made from pure titanium – a naturally antibacterial metal trusted in medical settings for its ability to resist microbial growth. We take it even further with our proprietary Tita-Nano™ surface technology – an engineered micro-texture that’s hostile to bacteria at the surface level. This embedded structure disrupts bacterial membranes on contact, preventing them from sticking & replicating.