R&D

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Introduction
R&D
R&D Introduction
Relentless Research, Continuous Innovation
Built on advanced technology and continuous R&D,
M.O.P develops innovative products that lead the market.
Our R&D goes beyond research — it delivers practical value
to customers through real, solution-driven innovation.
Solution
With accumulated expertise and technology, M.O.P provides customized solutions that address each customer’s challenges.

Our solutions deliver more than products — they build performance and trust.
MSP Eco-Friendly Synthesis
M.O.P Synthesis Process
M.O.P’s particle synthesis process is an eco-friendly method that generates no wastewater. It allows precise control over particle shape and size, enabling the production of high-purity functional nanoparticles tailored to customer requirements.
MDP Material Dispersion
M.O.P Dispersion Process
By minimizing particle agglomeration, uniform density is maintained during processing. This ensures stable quality and consistent performance across various industrial applications.
AMP Organic-Inorganic Composite AM
Additive Manufacturing Process
The material properties are optimized according to processing conditions to ensure controlled shrinkage during heat treatment. As a result, dimensional stability and performance are achieved in line with final product specifications.
Applications

We develop advanced materials and components to provide solutions optimized for each customer’s needs across diverse industries. With proven technological expertise in key sectors such as energy, biotechnology, and robotics, we deliver differentiated, high-performance products.

Secondary Battery
Next-generation secondary battery materials that improve performance while achieving both high energy density and stability.
Artificial Bone
High-strength, biocompatible materials designed for bone reconstruction and prosthetic applications in medical and dental fields
Robotics
Customized materials designed for robotic components with antistatic (ESD) properties and high precision, ensuring safe and efficient operation in semiconductor and electronics industries
Aerospace
Advanced ceramic and composite materials that maintain stability under extreme conditions — delivering heat resistance and light weight for engines, structures, and thermal protection systems.