Services
Capabilities
Advanced Materials & Engineering Solutions
At Aikerly, we don’t just supply metals — we engineer material outcomes.
Through a closed-loop framework of
Research → Audit → Manufacturing,
we transform advanced material science into predictable, scalable, and production-ready solutions for global high-performance industries.
Backed by a consortium of specialized manufacturing partners, Aikerly bridges the critical gap between material innovation and industrial reality — ensuring that every material we deliver is not only advanced, but manufacturable, reliable, and verified.
From atomic design to real-world performance.
We operate under a core principle:
“Material properties should drive engineering design — not limit it.”
Aikerly offers both:
Proven commercial alloys (ready for industrial deployment)
In-house developed material systems (engineered for specific performance targets)
Our internal material library includes multiple validated formulations optimized for:
Lightweight structures
High strength-to-weight ratio
Controlled degradation (biomedical)
Thermal and corrosion resistance
Focused on extreme lightweight engineering, we provide:
Commercial alloys: AZ31B, AZ91D, ZK60
Advanced systems: WE43 (widely used in biomedical implants such as K-wires)
In bending-dominated structures, our magnesium solutions can achieve
up to 75% weight reduction compared to steel, without compromising structural integrity.
We also provide in-house developed magnesium alloys. For detailed specifications, please refer to the Materials section.
Our materials scientists develop tailored formulations by:
Adjusting alloying elements and trace additives
Engineering specific performance targets (strength, conductivity, corrosion resistance, biodegradability)
Delivering prototype samples for validation
Material performance is only real when it survives manufacturing.
Aikerly applies a rigorous Material–Process–Performance validation system before scaling any solution:
We analyze load conditions and ensure:
Material anisotropy matches real stress directions
Mechanical behavior aligns with actual use scenarios
We select and validate optimal manufacturing pathways:
Thixomolding flow behavior for magnesium alloys
CNC thermal response for titanium machining
Forging strain-rate optimization to eliminate internal defects
Lightweight metals require surface stabilization.
We implement and validate:
Micro-Arc Oxidation (MAO)
Creating a ceramic-like oxide layer that provides:
High hardness
Wear resistance
Corrosion protection
Electrical insulation
Through metallography and testing, we ensure:
Grain structure consistency
No segregation or hidden defects
Stability under production conditions
Turning validated materials into industrial reality.
Once materials and processes pass our audit system, production is executed under Aikerly supervision across our manufacturing network.
Precision forging
High-pressure die casting
Magnesium Thixomolding (semi-solid forming)
Industrial-grade Mg & Ti 3D printing
Complex geometries and topology optimization
Multi-axis CNC for titanium and magnesium
Low thermal damage, high dimensional accuracy
Controlled solution & aging treatment
Fully automated MAO production lines
Every batch we deliver comes with a complete material traceability package, including:
Certificate of Analysis (CoA)
Microstructure (metallographic) report
MAO coating thickness profile
Mechanical testing data
We don’t just manufacture parts —
we deliver scientifically validated material systems you can trust in production.
Unlike traditional suppliers, Aikerly offers:
A selectable material library (not just “whatever factory has”)
Engineering-driven material selection, not sales-driven substitution
Full Research → Audit → Manufacturing integration
Verified scalability from prototype to mass production
You are not choosing a supplier.
You are choosing a material system that is already engineered to succeed.