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Company Overview
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CI
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R&D Projects
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JS Tech Lab Business Areas
Biomaterials
Medical Device Fillers
BON GREEN HAp (Pet Oral Care)
Cosmetics
Battery Electrode Materials
Contract R&D Services
Biomaterials (Biocompatible Materials)
Customized biocompatible material solutions enabled by advanced synthesis technologies
HAp
PLLA
PCL
Structure-Controlled Hydroxyapatite
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1
Overview
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Hydroxyapatite is a major component of human bones and teeth and is a representative biomaterial with excellent biocompatibility and the ability to promote bone and collagen regeneration.
입자 크기별 바이오소재 특징 및 적용 분야
입자크기
특징
적용
15–25 µm
미세 입자 기반의 비표면적 확보 및 균일한 분산 특성
스킨부스터
고분자·무기 복합 소재
조직공학용 소재
임플란트용 소재
크로마토그래피 소재
3D 프린팅용 복합소재
25–45 µm
입자 크기와 비표면적의 균형을 갖춘 범용 소재 설계
피부 필러
골대체재
약물전달용 소재
45–75 µm
상대적으로 큰 입자 크기를 통한 구조적 공간 형성 및 우수한 취급성
바디 필러
골대체재
골이식재
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Product Lineup
MORPHA™ CORE-D
Features
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High-strength, high-density architectures
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Biomaterials for structural medical device applications
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MORPHA™ CORE-DP
Features
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Balanced design of mechanical strength and pore structure
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Biomaterials for medical devices, bone substitutes, and tissue regeneration
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Porosity: 7-10%
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MORPHA™ CORE-P
Features
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Balanced design of mechanical strength and pore structure
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Biomaterials for medical devices, bone substitutes, and tissue regeneration
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Porosity: 25-30%
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MORPHA™ ARCHITECT-P
Features
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Controlled pore size and pore-size distribution
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Materials for bone regeneration and tissue engineering
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MORPHA™ ARCHITECT-H
Features
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Hollow and functional carrier architectures
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Applications in drug delivery and as cosmetic ingredients
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MORPHA™ ARCHITECT-B
Features
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Biphasic (HAp/TCP Composite)
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Materials for bone regeneration and tissue engineering
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3
Product Details
MORPHA™ CORE-D
MORPHA™ CORE-DP
MORPHA™ CORE-P
MORPHA™ ARCHITECT-P
MORPHA™ ARCHITECT-H
MORPHA™ ARCHITECT-B
Product information coming soon.
Product information coming soon.
Product information coming soon.
4
Key Technology Features
Precise control of particle size and morphology, crystallinity, and pore architecture through synthesis process design
Excellent biocompatibility and chemical stability
Application-specific structural design for medical, pharmaceutical, and cosmetic uses
Expandable biomaterials platform spanning HAp, polymers, and composites
plla
Coming soon.
pcl
Coming soon.
Battery Electrode Materials
Maximizing rechargeable battery performance through particle engineering
Inorganic Functional Powders for Battery Electrode Materials
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1
Overview
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This product line comprises inorganic functional powders and electrode materials engineered through particle engineering. In lithium-ion and sodium-ion batteries, including silicon-anode and sulfur-based systems, these materials enhance electrochemical reactivity and structural stability to improve capacity, cycle life, rate capability, and safety.
2
Product Lineup
Electrode-Grade Inorganic Powders
Features
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Inorganic functional powder materials for electrodes
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Precise control of particle size, morphology, and pore architecture
Functional Coating and Additive Powders
Features
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Functional powders for electrode coatings and additives
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Enhanced stability for silicon anodes and sulfur-based batteries
Customized Electrode Material Solutions
Features
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Customized electrode material design based on customer requirements
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Composition optimization for capacity, rate capability, cycle life, and safety targets
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Key Technology Features
Particle engineering for precise control of particle size, morphology, distribution, and microstructure
High-capacity, long-cycle-life electrode design through enhanced structural stability
Materials engineering for high-rate charge and discharge performance and thermal stability
Customized materials for lithium-ion, sodium-ion, silicon-anode, and sulfur-based battery systems
Contract R&D Services Using In-House Equipment
Customized synthesis and characterization solutions through one-stop R&D services
In-house Equipment-based R&D Service
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1
Overview
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Using our in-house laboratory and production-scale equipment for synthesis and analysis, we provide one-stop contract R&D services from material synthesis and process development to the characterization of physical properties, structure, and surface characteristics.
For organic, inorganic, and biomaterials, we design customized studies and deliver data-driven results tailored to the needs of companies and research institutions.
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Through university partnerships, we also conduct industry-academia collaborative R&D, including advanced analysis, collaboration with specialists, and technical consulting.
Visit Website:
NCM Lab.
2
Service Portfolio
Material Synthesis Services
Features
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Organic, inorganic, and biomaterial synthesis services
Materials Characterization Services
Features
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Characterization of physical properties, structure, and surface characteristics
Process Development and Scale-Up Validation
Features
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Process development and scale-up validation
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Key Technology Features
One-stop research supported by in-house synthesis and analytical infrastructure
Customized R&D design and execution aligned with research objectives
Reproducible and reliable experimental data
Practical research support backed by experience with companies, research institutions, and funded projects
Medical Device Fillers
High-performance fillers designed to promote sustained collagen production and consistent tissue response
Hydroxyapatite/PCL/PLLA-based Collagen-Stimulating Filler
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1
Overview
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This product line comprises medical device filler materials based on precisely engineered spherical particles of hydroxyapatite (HAp) and biodegradable polymers such as PCL and PLLA, produced through precise particle shape and size control.
These high-performance biomaterial fillers are designed to support consistent tissue response, long-term stability, sustained collagen production, and natural volume retention.
2
Product Lineup
HAp-based Bio Filler
Features
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Tissue support and promotion of collagen production
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Long-term stability and volume retention
Biodegradable Polymer Filler
Features
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PCL/PLLA-based biodegradable fillers
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Controllable in vivo degradation rate
Customized Composite Filler
Features
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HAp-polymer composite filler design
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Customization based on the target treatment area and performance requirements
3
Key Technology Features
Spherical filler synthesis through precise control of particle shape and size
Stable tissue response through uniform dispersion
Structural design that promotes long-term collagen production
Biocompatibility and reproducibility aligned with medical device requirements
Expandable functionality through HAp-polymer composites
BON GREEN HAp (Pet Oral Care Solution)
Science-based oral care powered by hydroxyapatite
BON GREEN HAp
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1
Overview
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BON GREEN HAp: a science-based pet oral care solution
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BON GREEN HAp is a science-based pet oral care product formulated with hydroxyapatite (HAp), a mineral similar to the mineral phase of teeth. It helps replenish minerals in microscopic areas of damage on the tooth surface and supports healthy teeth. Regular use helps maintain healthier teeth in dogs.
Key Ingredient:
Hydroxyapatite (HAp)
Visit Website:
BON GREEN HAp
2
Product Lineup
DOG DENTAL GUM
Daily oral care that begins with the joy of chewing
Features
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Soft texture for easy chewing
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Helps manage plaque on the tooth surface through chewing
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Dental treat designed for daily feeding
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No artificial colors; formulated to minimize unnecessary irritants
DOG DENTAL GUM MINI
Daily oral care that begins with the joy of chewing
Features
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Soft texture for easy chewing
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Helps manage plaque on the tooth surface through chewing
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Dental treat designed for daily feeding
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No artificial colors; formulated to minimize unnecessary irritants
DOG DENTAL TREAT
Science-based, bite-sized oral care through chewing
Features
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Helps inhibit tartar buildup and reduce bad breath through chewing
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A soft, gentle formulation suitable for dogs of all ages
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Hydrolyzed protein and fluoride-free biominerals in a low-irritation formulation
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Ideal for training: a bite-sized, low-calorie treat
PET DENTAL SPRAY
Convenient oral care
Features
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Spray format for even application throughout the mouth
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Shake gently before use to disperse HAp
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Helps maintain oral cleanliness and manage bad breath
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Ideal for quick care after walks or treats
PET DENTAL TOOTHPASTE
Focused oral care with toothpaste
Features
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Helps manage plaque buildup
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Gentle, low-irritation formulation for dogs
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Suitable even for dogs not accustomed to toothbrushing
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Designed for daily use
SILICONE FINGER TOOTHBRUSH
Gentle, worry-free care at your fingertips
Features
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Safe, non-toxic silicone material
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Close-fitting design for precise cleaning, including hard-to-reach molars
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Bristles and textured nubs provide dual care for the gums and roof of the mouth
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Key Technology Features
Tooth-Compatible Mineral Care: Uses HAp, a mineral similar to that found in dogs' teeth, for a tooth-friendly oral care solution
Structurally Engineered Materials: Microstructure-controlled materials are designed to interact effectively with tooth surfaces
Designed for Daily Use: Formulated to minimize irritation for routine oral care
Research-Backed Brand Credibility: Science-based pet oral care products developed from expertise in materials research
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