Four-Axis CNC Precision Machining Mechanical Exoskeleton Parts

【Part Name】 Exoskeleton Joint

【Manufacturing Process】Four-Axis CNC Precision Machining

【Product Features】High Aperture Accuracy  High Concentricity Accuracy

[Material] Aviation Lightweight Alloy Aluminum

【Applicable Industries】Exoskeleton Robots

【Surface Treatment】Hard Black Anodizing

【Benefits After Treatment】 Anti-Corrosion, Wear-Resistant

【Processing Equipment】Imported Brother Machine

【Accuracy  Size】National Standard 6 Grade Accuracy

Exoskeleton Robot Technology Is A Comprehensive Technology That Integrates Sensing, Control, Information, Fusion,  Mobile Computing To Provide A Wearable Mechanical Mechanism For Operators. This Article Briefly Introduces The Development Status  Trends Of Exoskeleton Robot Technology In The Military Field. It Refers To A Robot That Is Worn Outside The Human Body, Also Known As A "Wearable Robot"

Rehabilitation Exoskeletons Are Generally Called Passive Exoskeletons, While Enhanced Exoskeletons Are Generally Called Active Exoskeletons. The Biggest Difference Between The Two Is Their Design Focus.  A Mechanical Structure Perspective, Rehabilitation Exoskeletons Emphasize Restraint. This Is Because The Users Of This Type Of Product Are Generally Disabled Patients.