Release of our first CSR Report!
We’re excited to announce the publication of our first CSR Report!
Since its inception in 1992, HTL Biotechnology has been at the forefront of innovation in biopolymers, pioneering the production of pharmaceutical-grade hyaluronic acid (HA) through bacterial fermentation. This groundbreaking technology represented a major shift from animal-derived sources, ensuring higher purity and safety. Partly produced by hand in the form of fibers, the process required a level of precision akin to “Haute couture”, making HTL a true innovator in the industry to this day. Through this article, we invite you to discover the history of HTL Biotechnology, the flagship of Made In France biotechnology.Pioneering Pharmaceutical-Grade Hyaluronic Acid
By 2007, with the rising demand for high-purity HA in ophthalmology, rheumatology, and aesthetic medicine, HTL made a strategic leap forward. The company invested heavily in cutting-edge GMP-certified production facilities, refining its specialization in hyaluronic acid. This commitment to quality and innovation propelled HTL to become the global leader in the production of pharmaceutical-grade HA active pharmaceutical ingredients (APIs). Simultaneously, HTL expanded its research and development (R&D) capabilities, equipping itself with state-of-the-art laboratories to drive the next generation of polymer innovations.
Alongside the production of hyaluronic acid, HTL has further diversified its expertise by accelerating the production of Polynucleotides to meet growing market demand. This strategic expansion has strengthened HTL’s position as a key player in advanced biopolymer solutions. Other biopolymers will be added/reinforced to the portfolio, notably collagen, to create a broad and compelling portfolio to meet the needs of today’s and tomorrow’s customers.
As a testament to our continued growth, HTL inaugurated HTL4 in 2021, the world’s largest pharmaceutical-grade HA production facility. Today, the site continues to expand, with the construction of 2 manufacturing units in 2024. This step has strengthened HTL’s leadership and enabled the company to meet the growing global demand for high-quality biopolymers.
HTL’s international presence has flourished in parallel with its technological advancements. The company has strengthened its global footprint by establishing R&D centers and manufacturing units in the United States and commercial subsidiaries across Asia, including Singapore, China, and South Korea. These strategic expansions have enabled HTL to better serve its partners worldwide, reinforcing its role as a trusted and innovative partner.
In recent years, HTL has continued to broaden its portfolio of cutting-edge biopolymers. The introduction of heparosan in the portfolio and the acquisition of the biomedical division of a US company in 2024 marked a new era for the company. This strategic acquisition brought a revolutionary recombinant protein platform to HTL’s portfolio, including human recombinant collagen, further strengthening HTL’s capabilities in regenerative medicine and tissue engineering.
Looking ahead, HTL remains committed to pushing back the boundaries of biotechnology.
HTL is also driving innovation in functionalized hyaluronic acids, designed to meet unmet needs in drug delivery, regenerative medicine and bioprinting. These advances place HTL at the forefront of next-generation biopolymers, expanding its role as a key player in medical breakthroughs.
HTL Biotechnology continues on its path and remains true to its mission: to be the world leader in pharmaceutical biopolymers, driving innovation and transformation while being a trusted partner to the medical and pharmaceutical industries worldwide.
Earlier this year, during the IMCAS World Congress, we interviewed three experts in the field of aesthetic medicine and are thrilled to share these exclusive interviews !
Polynucleotides (PDRN /PN) are emerging as a key biopolymer in regenerative medicine, offering innovative solutions for tissue repair, wound healing, and aesthetic medicine. With their unique mechanism of action and promising therapeutic applications, polynucleotides are revolutionizing the field of biopolymer-based treatments. In this article, we will explore what polynucleotides are, how they work, their medical applications, and their sustainable sourcing from wild salmon.
Hyaluronic acid (HA) has become a cornerstone of modern medicine, widely recognized for its role in aesthetics, ophthalmology, and rheumatology. But what exactly is this fascinating molecule, and how does it contribute to human health? In this article, we will explore the history of HA, its biological functions, and its diverse medical applications.