• AZ80A Grade Magnesium Alloy Plate 400x200x8mm for Humanoid Robot Skeleton Frames
  • AZ80A Grade Magnesium Alloy Plate 400x200x8mm for Humanoid Robot Skeleton Frames
  • AZ80A Grade Magnesium Alloy Plate 400x200x8mm for Humanoid Robot Skeleton Frames
  • AZ80A Grade Magnesium Alloy Plate 400x200x8mm for Humanoid Robot Skeleton Frames
  • AZ80A Grade Magnesium Alloy Plate 400x200x8mm for Humanoid Robot Skeleton Frames
AZ80A Grade Magnesium Alloy Plate 400x200x8mm for Humanoid Robot Skeleton Frames

AZ80A Grade Magnesium Alloy Plate 400x200x8mm for Humanoid Robot Skeleton Frames

Product Details:

Place of Origin: Hunan, China
Brand Name: High Broad/OEM
Certification: ISO 9001:2015, ASTM B90/B94
Model Number: AZ80A

Payment & Shipping Terms:

Minimum Order Quantity: 50 Kilograms
Price: USD 6-15 / Kilogram
Packaging Details: Wooden case with anti-moisture film and edge protection, sea-worthy export packing
Delivery Time: 7-15 working days after deposit
Payment Terms: T/T,L/C,Western Union,PayPal
Supply Ability: 200 Tons per Month
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Detail Information

Grade: AZ80A Thickness: 8 Mm
Width: 200 Mm Length: 400 Mm
Density: 1.80 G/cm3 Tensile Strength: 300-340 MPa
Yield Strength: 230-260 MPa Elongation: 6-10%
Surface: Machined Standard: ASTM B90
Application: Humanoid Robot Skeleton
Highlight:

Humanoid Robot Skeleton Plate

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AZ80A Magnesium Alloy

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Lightweight Frame Alloy

Product Description

AZ80A Magnesium Alloy Plate Humanoid Robot Skeleton Frame 400x200x8mm CNC
AZ80A Magnesium Alloy for Humanoid Robot Skeleton Frames

AZ80A combines high aluminium content with a fine grain structure to give humanoid robot skeletal frames an excellent mix of strength, stiffness and low weight, supporting dynamic walking and balance control.

Key Features
  • High tensile strength among AZ-series wrought alloys
  • Fine grain for fatigue resistance under cyclic motion
  • Excellent strength-to-weight ratio for skeleton frames
  • Good machinability for complex frame geometry
  • Low density reduces leg swing inertia
Robotics & Drone Applications
  • Humanoid robot skeletal frames
  • Biped and quadruped robot body sections
  • Wearable frame structures
  • Lightweight articulated linkages
Technical Specifications
Grade AZ80A
Thickness 8 mm
Width 200 mm
Length 400 mm
Density 1.80 g/cm³
Tensile Strength 300-340 MPa
Yield Strength 230-260 MPa
Elongation 6-10%
Surface Machined
Standard ASTM B90
Application Humanoid robot skeleton
Why Magnesium Alloy
  • Lighter limbs improve balance and agility
  • Fatigue resistance supports millions of motion cycles
  • Machinable into organic, topology-optimised shapes
Contact us for AZ80A magnesium plates for humanoid and legged robot frames in custom sizes.

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