• High-frequency surgical equipment field to secure competitive advantage through customized strategies for each product

• Radiofrequency Equipment Erdoscopic Spine Surgery (ESS)

• Field of module design for electrode team module mounting/dismounting method, medical waste reduction, and price competitiveness

• Field of catheter production with minimal diameter, micro-invasion, rotation/pull-back, temperature feedback, etc.

• Electrode fabrication field with cooling system, temperature control and feedback, target treatment, etc.

Tissue regeneration stimulator field

• Hard tissue by part, soft tissue healthcare field, wearable device

• Carpal tunnel syndrome healthcare field, wearable device

wound care field
• Wound cleaning, wound care, complex home care system, non-face-to-face treatment, management

Transdermal drug delivery field

• Non-face-to-face diagnosis and treatment service

• Wearable design that is not limited by treatment space

• Smart patch & self-delivery patch system capable of timely and appropriate treatment

• Application of sustained-release drug/protein/cell delivery and tissue regeneration through injectable hydrogel

• Customized application of body organs/tissues through adjustment of stiffness and physicochemical properties of hydrogel materials

• Tissue adhesive of injectable biodegradable hydrogel, wound treatment, geothermal agent can be applied

• Cardiovascular and cerebrovascular diseases

• Peripheral vascular and non-vascular diseases

• Nerve control therapy field

• Radio frequency and output control technology for each body part

• Plasma generation technology

• Matching technology between the high-frequency oscillation part and the expression part

• Heat-resistant epoxy, dissimilar material bonding fusion, laser molding technology

• Surgical methodology and optimal design technology

• Ceramic, polymer, non-ferrous metal material control technology

• Ultrasonic frequency and output control technology for each body part

• Oscillator optimization technology for each frequency

• LIPUS control technology

• HIFU control technology

• LIFU control technology

• Matching technology between the ultrasonic oscillation part and the expression part

Establishment of R&D system enabling CDMO & OPEN INNOVATION

• Open innovation

• Micro-optimal design technology

• Biomaterials, biomechanics major

• Dissimilar material bonding and fusion technology

• Collaboration with domestic and foreign micro tube extrusion companies

• Collaboration with domestic and foreign micro laser processing technology companies

• Dongguk University Department of Biosystems Engineering (purchase conditional, BIG3)
• Dongguk University Ilsan University Hospital (open type)
• Department of Plastic Surgery, Seoul National University University Hospital (BIG 3)
• Department of Dermatology, Seoul National University University Hospital
• Department of Urology, Seoul National University University Hospital
• Department of Biomedical Engineering, Jungwon University
• Department of Molecular Science and Technology, Ajou University
• Daegu Gyeongbuk Institute of Science and Technology (DGIST)
• University of Utha
• Korea University Department of Mechanical Engineering
• Yonsei University

• Commercialization of clinicians' ideas

• Vitalization of clinical research

• Emergence of new medical technology, innovative medical technology

• Emergence of convergence innovative medical devices

• Emergence of medical devices that require cooperation with pharmaceuticals

• Emergence of drug delivery system medical devices

• Emergence of medical devices with technological diversification applied

• Emergence of multifunctional medical devices

• Responding to the characteristics of small-lot, multi-product industries