The World's Finest. Science Based. Precision Nutrition.
The World's Finest. Science Based. Precision Nutrition.
A highly bioavailable blend of marine calcium, phosphorus, and collagen from New Zealand’s pristine deep oceans. Naturally microcrystalline for superior absorption your body instantly recognises.
Strengthens bones, supports joint mobility, healthy teeth, and delivers Type I collagen, key for maintaining skin firmness, elasticity, often recommended for reducing wrinkles and fine lines.
Gentler on the stomach, with clean, natural digestibility.
New Zealand’s 4 million square kilometres of pristine ocean—among the cleanest on Earth—form a living sanctuary of clarity, vitality, and natural power.
Driven by strong Southern currents, these cold, oxygen-rich waters cultivate exceptional nutrient density and marine vitality.
Every tide carries a promise: untouched, abundant, and sustainably managed. Our marine ingredients are sourced under MSC gold-standard certification, ensuring zero-waste practices, full traceability, and thriving ecosystems.
From these pristine depths comes nutrition as clean and uncompromising as the ocean itself—ethical, potent, and alive with possibility.
Benealth Deep Sea Three uses microcrystalline hydroxyapatite — nature’s true bone blueprint — rich in calcium, phosphorus, and Type I collagen for superior bioavailability.
Clinically shown to outperform synthetic calcium sources, microcrystalline hydroxyapatite mirrors human bone, offering ~40% higher absorption and up to 30% reduced bone resorption (CTX) in just six months.
— Osteoporosis International, 2018; 2021
Proven to reverse bone loss, support density, and enhance mobility, Deep Sea Three is your science-led path to stronger bones, smoother movement, and natural rejuvenation.
It also provides essential trace minerals — magnesium, zinc, manganese, copper, and more — in their natural marine ratios, supporting over 500 enzymatic reactions involved in bone remodeling, immune function, and collagen synthesis.
— Journal of Trace Elements in Medicine and Biology, 2020