Revolutionizing Wound Care

matrix cube bioactivx burns skin disease

Synthetic regenerative biomaterials for wound care.

Bioactiv® Matrix is a fully synthetic, shelf stable  skin substitute for hospitals, burn centres and community care.

29

Patents

1

Regulatory Approval

8

Publications

4

Approvals
Pending
About Bioactiv® Matrix

Skin Regeneration As Good As New

Bioactiv® Matrix combines biological functionality with the practical advantages of a fully synthetic medical device.

Better Patient Outcome

Encourages tissue regeneration and faster wound closure

Operational Efficiencies

No skin grafting, no suturing, can be used in non-sterile environments, room temperature storage.

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Bioactiv® Matrix is a fully synthetic, bioactive skin substitute for second degree burn and deep abrasion wounds. It is designed to support tissue regeneration and faster wound closure while reducing inflammation and the risk of infection. Dr Peili TEO Singapore
New Class of Biomaterials
Our Focus

Regenerative Materials for Healing

Skin Repair

Synthetic, animal-free substitutes for burns, abrasions, skin graft donor sites, diabetic foot ulcers, venous ulcers, and lacerations.

Bone

Bioactive bone void fillers to repair traumatic bone defects.

Cartilage

Cartilage regenerative materials for use in joint implants for cartilage repair.

Bioactiv® Matrix

Our first product from this platform technology, Bioactiv® Matrix has received its first regulatory approval with a few more in progress.

Singapore Health Sciences Authority - APPROVED
Malaysia Medical Devices Authority submitted, expected in Q4 2026
Australia Therapeutic Goods Administration submitted, expected in Q4 2026
EU MDR submitted, expected in Q2 2027
USA FDA submitted in 2026
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Clinical Cases
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Our Team

Experienced team

Prof. Kok Chai TAN
Emeritus Consultant, Singapore General Hospital, Plastic and Reconstructive Surgery

“Synthetic yet bioactive, Bioactiv® Matrix represents a promising development in wound care. Its collagen-free approach reflects the continuing effort to develop dressings that better support healing and address the needs of patients and clinicians, bringing biomaterials innovation closer to patients.”

News

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