// ADVANCED MATERIALS CDMO PLATFORM
EAM’s Advanced Materials CDMO platform combines process engineering, advanced reactor technologies, and manufacturing expertise to transform laboratory discoveries into commercially viable products. Through our collaboration with Accelerated Materials, customers gain access to a proven development platform that seamlessly bridges laboratory research, pilot manufacturing, and industrial production.
// RISK-MINIMISED SCALE-UP
From Discovery to Manufacturing
Traditional scale-up often requires redevelopment at every stage, introducing delays, increased costs, and significant technical risk. Our K-Series development platform eliminates this bottleneck by maintaining the same underlying reactor technology throughout the commercialisation journey.
// K-SERIES REACTOR PATHWAY
Laboratory Discovery
PROCESS ACTION
Initial discovery synthesis in benchtop containers. Establishes elemental compound structures and feasibility profiles.
Platform Hardware Involved
Laboratory glassware
Analytical screening
Scale-Up Optimization Metric
Traditional batch scale-up introduces major reaction kinetic variables. Our platform avoids this by ensuring the identical annular flow reactor geometry is utilized from day one.
// K-SERIES REACTOR PATHWAY
K1 Reactor Evaluation
STAGE-02
PROCESS ACTION
Platform Hardware Involved
Scale-Up Optimization Metric
Proof of concept and formulation testing is accelerated via continuous annular flow mixing. Allows precise particle-size parameter tuning.
// K-SERIES REACTOR PATHWAY
Process Optimisation
STAGE-03
PROCESS ACTION
Platform Hardware Involved
Scale-Up Optimization Metric
AMLearn automation algorithms map fluid dynamics, heating rates, and surfactant parameters to reduce experimental effort by over 75%.
// K-SERIES REACTOR PATHWAY
K10 Pilot System
STAGE-04
PROCESS ACTION
Platform Hardware Involved
Scale-Up Optimization Metric
// K-SERIES REACTOR PATHWAY
Pilot Manufacturing
STAGE-05
PROCESS ACTION
Platform Hardware Involved
Scale-Up Optimization Metric
Evaluates long-term run metrics, verifying consistent crystalline morphology, zeta-potentials, and surface-ligand exchanges.
// K-SERIES REACTOR PATHWAY
K100 Industrial Reactor
STAGE-06
PROCESS ACTION
Platform Hardware Involved
Scale-Up Optimization Metric
// K-SERIES REACTOR PATHWAY
Commercial Production
STAGE-07
PROCESS ACTION
Platform Hardware Involved
Scale-Up Optimization Metric
Delivers continuous-flow output under validated cGMP parameters, enabling customers to launch functional compounds with absolute confidence.
// HARDWARE LINEUP
The K-Series Platform
Explore EAM’s continuous flow annular reactors developed to scale next-generation nanomaterials with absolute reproducibility.
K1 — Discovery & Material Development
Designed for rapid material development and process optimisation. Its compact continuous-flow reactor enables precise control over particle size, morphology, and reaction conditions while producing up to 1 kg/day of nanomaterials.
- Proof of concept
- Material screening
- Process optimisation
- Formulation development & customer evaluation
K10 — Pilot Manufacturing
Bridges the gap between laboratory development and commercial production. By using the same annular flow reactor principles as the K1, synthesis routes can be transferred with minimal process redevelopment, significantly reducing scale-up risk.
- Pilot manufacturing
- Customer qualification & validation
- Process optimisation
- Regulatory studies
K100 — Commercial Manufacturing
Designed for industrial production while maintaining the same process precision established during laboratory development. Using a modular architecture and industrial automation, the K100 enables commercial manufacturing without fundamentally changing the synthesis workflow.
- Commercial manufacturing (30+ tonnes/year)
- Long-term production
- Technology transfer
- Industrial supply
// BENCHMARKS & TECHNOLOGY DIFFERENTIAL
Why the K-Series is Different
Accelerated Materials’ advanced continuous-flow annular flow reactors and machine-learning platforms bring absolute predictability to scale-up processing.
ONE TECHNOLOGY
CONTINUOUS FLOW
Advanced annular flow reactor technology delivers highly controlled mixing, improved reproducibility, and consistent particle formation under mild operating conditions.
AI-ASSISTED OPTIMISATION
The AMLearn platform integrates automation and machine learning to optimise reaction parameters, reduce experimental effort, and accelerate process development.
MANUFACTURING CONFIDENCE
The structured K1 → K10 → K100 pathway helps reduce development time, minimise scale-up risk, and improve manufacturing reproducibility.
// PLATFORM CAPABILITIES
Our CDMO Capabilities
We deliver custom-synthesised nanostructures, encapsulated emulsions, and engineered particles under strict material governance.
Nanomaterial Synthesis
Custom development and manufacturing of advanced inorganic nanomaterials with controlled particle size, morphology, and purity.
EXAMPLES:
Nano zinc oxide, Silver nanoparticles, Zirconia, Hydrotalcites, Metal-organic frameworks (MOFs), Functional ceramics.
Nanoencapsulation
Improve stability, bioavailability, and controlled release of active ingredients through advanced encapsulation technologies.
APPLICATIONS:
Cosmetics, Pharmaceuticals, Nutraceuticals, Agriculture, Functional ingredients.
Surface Functionalisation
Modify particle surfaces to improve compatibility, dispersion, stability, and application-specific performance across multi-component liquid matrices.
TARGET METRICS:
Zeta-potential threshold optimization, ligand exchanges, hydrophobic-hydrophilic surface modifications.
Process Development & Scale-Up
Develop robust manufacturing processes capable of progressing from laboratory validation to continuous commercial production runs.
METHODOLOGIES:
Fluid dynamic modeling, heat transfer simulations, continuous flow optimization, and cGMP-aligned validation protocols.
// CROSS-SECTOR UTILITY
Applications
Our Advanced Materials CDMO platform supports innovation across multiple industries requiring high-performance structural additives.
Pharmaceuticals
Medical Devices
Personal Care & Cosmetics
Electronics
Functional Coatings
Agriculture
Energy Storage
Advanced Manufacturing
// INTELLECTUAL EXPLORATION
Supporting the Next Generation of Advanced Materials
Whether you are developing a novel nanomaterial, scaling an existing synthesis, or preparing a technology for commercial manufacturing, EAM provides the development platform, engineering expertise, and manufacturing capability to accelerate your journey from laboratory innovation to industrial production.
// LET’S WORK TOGETHER
Supporting Partners Across Asia-Pacific
From routine supply support to specialized technical requirements, EAM helps distributors and industrial partners deliver reliable solutions across pharmaceutical, laboratory, medical, and industrial markets.