Bioprinter Maker Rokit Prepares for Korean IPO

Share this Article

Leading bioprinter manufacturer Rokit Healthcare is gearing up for its Initial Public Offering (IPO) as early as July 2021. In March 2021, the South Korean company announced it is preparing a listing on the Korean Stock Exchange and will issue 12 million shares. Organized by Seoul financial service providers KB Securities and Mirae Asset Financial Group, the move could strengthen Rokit’s overseas strategy and support its 4D bioprinting innovations. This is true particularly now that the company has already begun commercializing its flagship bioprinted skin patches to treat diabetic foot ulcers and started clinical trials of a platform to help regenerate damaged cartilage tissue in patients with arthritis ulcers.

“We are currently in the process of two technology evaluations and are anticipating authorization results for the IPO in mid-March 2021,” said Rokit Founder and CEO Seok Hwan You to news outlet BioWorld. “Focused on personalized therapy solutions, You even said that “one of our American investors has a father who suffers from diabetic foot ulcers, and this was a big reason why he decided to invest in our company.”

Rokit Healthcare INVIVO platform at work. Image courtesy of Rokit Healthcare.

South Korea’s healthcare market is ranked fourth among countries in the Asia-Pacific region due to a combination of increased insurance coverage, an aging population, and government initiatives. In November 2020, South Korea released a new law on “Advanced Regenerative Medicine and Advanced Biopharmaceuticals.” Debated for years, the legislation is designed to better align Korea with similar regulations in force in Western Europe and the United States by creating product definitions and establishing parameters for their clinical research, monitoring, and surveillance.

Moreover, South Korea’s plans to invest more than $1.7 billion in its biotechnology and biopharmaceutical sectors over the next five years is slated to attract foreign investment. This growing healthcare market has led to the evolution of several niche biotech companies, like Rokit. In fact, according to a report recently released by the Korea Exchange, IPO’s of companies in biopharma is booming, replacing manufacturing and finance firms. In July 2020, shares of the biotechnology group SK Biopharmaceuticals soared on its stock market debut, in what was South Korea’s biggest IPO in three years. By year-end, Seoul’s market saw a record-breaking streak of bio IPOs.

Rokit’s 4D bioprinting technology INVIVO. Image courtesy of Rokit Healthcare.

This is a very promising scenario for Rokit and its regenerative medicine aspirations. The business has made headway with many of its innovative products in the past two years. Among its customized artificial organ technologies, Rokit’s diabetic foot ulcers Regeneration Platform (DFURegen) is a practical, personalized regenerative therapy for treating diabetic foot ulcers (DFU). The one-time treatment doesn’t require hospitalization and is derived from the patient’s fat tissue, which is used to prepare an autologous extracellular matrix to form a bioink. The material is then loaded into Rokit’s Dr. INVIVO DFU 4D bioprinting platform to produce a dermal patch that is then applied to the DFU where the wound closes.

The platform was successfully tested on patients in Korea and India, with results from these studies showing 100% wound healing for all tested patients with chronic DFUs. According to data published by Rokit in the American Diabetes Association‘s journal Diabetes, the autologous extracellular matrix patch applied onto the chronic wound site of DFU patients resulted in a significant wound size reduction after only a one-time treatment. During the tests, most of the patients showed complete wound closure in just two to five weeks. In fact, after a 14-day skin wound healing process, the treated wound area had more effectively reconstructed epidermal and dermal structures when compared to the non-treated wound areas.

Diabetic foot ulcer regeneration. Image courtesy of Rokit Healthcare.

In 2020, the innovative product began commercializing in 48 countries, including India, countries in Europe, Latin America, the Middle East, and North Africa. However, the company already has plans to expand, launching the platform in other regions, like North America, Japan, China, and Australia. Rokit has two ongoing clinical studies at the LewisGale Medical Center in Virginia and Ankara City Hospital in Turkey to take their product to these new markets.

Rokit is also using its INVIVO 4D bioprinting technology to treat osteoarthritis in the first human case of cartilage regeneration treatment. The company has already collected promising efficacy results from the collaborative pre-clinical trial project with Massachusetts General Hospital in Boston and is currently verifying and validating the procedure on a clinical scale at Assiut University Hospitals in Egypt.

Similarly, on November 23, 2020, Rokit began a sizable preclinical animal model trial for HumaTein Skin Spray, a product specially developed for treating soldiers with traumatic burn injuries in the field. HumaTein Skin Spray uses HumaTein technology that prevents infection as a first-aid and induces simultaneous skin regeneration that could dramatically reduce scar formation and hospitalization length to enhance patients’ quality of life. Rokit could also use the 4D technology to regenerate entire organs, with the company successfully creating kidney cells in recent animal trials.

Founded in 2012, Rokit is one of the fastest-growing bioprinting companies globally, with 110 employees working in six business units. Its cutting-edge organ regeneration platforms based on 4D printing and clinical diagnosis technology for age-related diseases, such as rheumatoid arthritis and Alzheimer’s disease, will be crucial to the anti-aging market worldwide.

Share this Article

Recent News

Kings 3D Breaks Ground on $70M 3D Printing Hub in China

An Intertwined Future: 3D Printing Nanocellulose


3D Design

3D Printed Art

3D Printed Food

3D Printed Guns

You May Also Like

Regular, Medium, and Large Format 3D Printing Explained

At Additive Manufacturing (AM) Research and on, we use the terms regular, medium, and large format to segment the 3D printing market. We developed these terms to help bring...

Global Materials Group Acquires Canadian Hardfacing Metal Firm, Boosting 3D Printing Portfolio

Consolidation in the additive manufacturing (AM) service bureau segment continues to take place. The latest news sees international provider Wall Colmonoy acquire Indurate Alloys Ltd., a Canadian supplier of hardfacing...


Beyond Chuck Hull’s Legacy: the Unsung Heroes Who Paved the Way for 3D Printing

Next month, we will celebrate a huge anniversary. 40 years ago, on August 8, 1984, Charles Hull filed a patent application for stereolithography: the first additive manufacturing technique in history,...

3DPOD Episode 207: 3D Printed Electronics with Richard Neill, CEO of Advanced Printed Electronic Solutions

Rich Neill is refreshingly clear and direct about 3D printed electronics. His previous venture allowed him to start Advanced Printed Electronic Solutions with his own money, making him beholden to...