Trial Pack
A 10-day starter pack to feel the difference.
SGD
38
Our Story
Born from a Mission to Transform Health
The best science comes from nature — and returns to nature.
SMT began with one question: could the ocean’s most resilient organisms hold the key to cellular renewal? For more than a decade our scientists pursued it — screening deep-sea strains, developing a patented enzyme process, verifying every result in the laboratory — until a bottle of nano-active peptide was ready for everyday life.
2012
Origins
A Discovery in the Deep Sea
From the intestinal flora of deep-sea sea cucumbers, our team isolated DLW-22, a collagenase-producing strain with remarkable stability — now deposited at CGMCC under No. 6488.
China invention patent · ZL201210517035.32019
R&D
Twelve Years, One Standard
In partnership with Changchun University of Chinese Medicine and the Jilin Provincial Ginseng Science Research Institute, our team verified 7,208 peptide sequences and 18 amino acids (99.21% total) before SMT entered production — a decade after the first patent.
7,208 peptides · 18 amino acids · 99.21%2024
Recognition
From the Lab to the Stage
In 2024, SMT was honoured at the Technology for Good awards and recognised by Singapore’s Channel 8 for wellness innovation — milestones we share with the communities that believed in us.
Technology for Good · Channel 8 · 2024The Technology
From Large Molecules to Small
Whole proteins must be digested before cells can use them. SMT uses a patented enzyme process to break collagen into nano-scale active peptides — small enough for cells to take up directly.
Whole Protein
Needs digestion before it can be used.
Large Peptide
Still hard for cells to absorb directly.
SMT Nano Peptide
2–4 peptides · <1000 Da ≥99% · ready for cells
Today, SMT is brought to you by Sheng Peptide Biotechnology (S) Pte Ltd — a promise that the best of the deep sea and the best of science belong in everyday wellness.
12+
12+ Years of R&D
2012
Invention Patent
7,208
Peptides Identified
99.21%
18 Amino Acids
<1000 Da
2–4 Peptides · ≥99%
2024
Dual Award Honouree