Horien Biochemical Technology Co., Ltd. (7814)

Overview

Horien Biochemical Technology Co., Ltd. is a premier manufacturer in the health care equipment sector, established in 2006 and based in Taichung, Taiwan. The company specializes in the innovation and production of collagen-based medical devices and cosmetic raw materials. With a focus on regenerative medicine, dental surgery, medical aesthetics, ophthalmology, and general surgical applications, Horien is dedicated to providing cutting-edge solutions. Their advanced R&D centers are equipped with state-of-the-art laboratories and clean rooms, ensuring the development of high-quality, safe, and effective products. These solutions are distributed to global markets, including Europe, the USA, and China. The company's commitment to research, along with partnerships with international experts, emphasizes its vital contribution to the advancement of medical technology and regenerative healthcare solutions, bolstering its role in Taiwan and worldwide.

Products and Services

• Dental Wound Protection Materials

  These materials are designed to provide ideal environments for healing in dental procedures, promoting tissue regeneration and reducing the risk of complications.

• Collagen Dental Matrices

  Developed to support the regeneration of hard and soft tissues in the oral cavity, these matrices facilitate optimal healing and integration into the biological environment.

• Collagen Regeneration Films

  Utilized for various medical and cosmetic applications, these films promote cellular regeneration and enhance wound healing processes.

• Bone Fillers

  These products provide structural support during surgeries, ensuring optimal integration and assimilation with the body for long-term stability in various clinical contexts.

• Bioink

  A revolutionary solution in regenerative medicine, bioink is used for 3D bioprinting applications to create custom tissue constructs for research and therapeutic purposes.

• Artificial Bone Substitutes

  Offering durable solutions for bone defects, these substitutes support natural bone regeneration and are suitable for a variety of surgical procedures.