Capabilities 

Explore Aikerly's capabilities in:

• Magnesium alloy materials

• Extrusion

• High-pressure die casting

• CNC machining

• Custom components

• OEM manufacturing

• Surface treatment

• Quality inspection

• Prototype → Production

Insights 

Practical engineering information on magnesium alloys, lightweight materials, manufacturing processes, and industrial applications.

Topics include material selection, alloy performance, forming processes, corrosion protection, structural design, weight reduction, and application requirements.

Feasibility 

Before production, we evaluate whether a material or component concept is technically and commercially practical.

Typical studies include:

• Material substitution

• Magnesium alloy applications

• Manufacturing feasibility

• Structural risk

• Product failure analysis

• Lightweight design

• Process selection

• Component development

Results 

Selected engineering evaluations covering materials, designs, manufacturing processes, and product applications.

These studies show how Aikerly approaches real engineering problems—from identifying the root cause to selecting a practical manufacturing solution.

How We Manufacture 

1.Engineering Services 

1.1 Lightweight material substitution & engineering audit

1.2 Assistance in designing  components

1.3 Material optimization

1.4 Sample provision

1.5 Prototyping

1.6 Quality inspection

1.7 Product consultations

1.8 Process and product analysis

1.9 Customer training:

1.10 Cost optimization

1.11 Technical support

1.12 Assembly service

1.13 Finished product processing:

2. Manufacturing Capabilities 

2.1 Custom materials

2.2 Forgings

2.3Castings

2.4 Machining

2.5 Metal surface treatment

2.6 Heat treatment

2.7 Mg Alloy 3D Printing 

2.8 Ti alloy 3D printing process

2.9 Magnesium Alloy Manufacturing Capabilities

2.10 Aikerly Engineering Governance System 

What We Know 

1. Magnesium Alloy

2. Magnesium Alloy Application

3. Magnesium Alloy Classification

4. Magnesium Alloy Strength

5. Magnesium Alloy Characteristics

6. Magnesium Alloy Development

7. Research Directions and of Mg Alloys 

8. Etched Magnesium Plates 

9. Foam Magnesium Alloy

10. High-Temperature Magnesium Alloys 

11. Corrosion-Resistant Magnesium Alloys

12. Heat Treatment of Magnesium Alloys

13. The Real Engineering Boundaries of Magnesium Alloys

14. Engineering Solutions to the Four Major Bottlenecks of Magnesium Alloys

15. Progress in the Magnesium Alloy Industry（2024）

16. The Development of China’s Magnesium Alloy Industry in 2025

17. Research Overview on Corrosion-Resistant Magnesium Alloys in China

18. Application of Magnesium Alloys in Humanoid Robots

19. Mg Alloy Breakthrough

20. Magnesium–Aluminum Alloys

21. Rare Earth Magnesium Alloys

22. Mg-alloy-supply-forms-grade-selection

23. Magnesium Sheet for 3C Devices

24. Mg alloy Common application 

25. Mg Alloy Forming Technology System

26. CNC-Machining

27. Mg Alloy Thixomolding

Titanium Alloy

1. Ti Alloy Hot Forming Processes

2. Progress in the Titanium Alloy Industry in China（2025

3. Progress in the Titanium Alloy Industry in China（2024

Aluminum Alloy

1. Progress in the Aluminum Alloys in China（2024

Carbon Fiber

How We Evaluate 

1.Breakthrough in Lightweight Magnesium Alloy Bicycles

  1.1  Critical Stress Concentration Risks

  1.2  Mg Frame Recall

2. Outdoor Gear Material Application

      2.1 Root Cause of Trekking Pole System Failures

      2.2 Trekking Pole Tubing Manufacturing

3. Comparison and selection guide

    3.1  Overview of the Four Materials

    3.2 Key Performance Comparison

     3.3 From  Material to Component

     3.4 Material Cost and Supply Chain

    3.5 Application Fields

     3.6 Sustainability and Recyclability Performance

     3.7 Future Directions

     3.8 Selection Guidelines and Decision Matrix

4. Flying Car

5. Engineering Boundaries of Aluminum Alloys

6. Engineering Limits of Magnesium Alloys | AIKERLY

7. Bridging Titanium’s Engineering Divide

8. Magnesium Alloy vs Aluminum Alloy

9. Mg vs Al HPDC

10. Carbon Fiber Reinforced Magnesium Matrix (Cf/Mg) Composites

What We Found 

1. Evaluation Results: Beyond Data Sheets

1.1 Mg Alloy Pitfalls

1.2 Magnesium vs Plastics in  Two-Wheelers 

1.3 Magnesium Pellets & Thixomolding Feasibility

1.4 Surface Treatment Responsibility

1.5 Magnesium Machining Risks

1.6 Mg vs Al 30% lighter

1.7 PPM Fe Ni Cu trigger galvanic corrosion slashing life

1.8 Which maximizes Mg integrity

1.9 33% lighter justify Mg premium

2. Supply & Property Audits

2.1 Audit supply resilience

2.2 Audit mechanical properties verification

2.3 Avoid mismatch waste and failure

2.4 Mg supply carbon-neutral compliant

2.5 Audit corrosion resistance