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This is a Quantitative Study study.

Research on the Effect of Dual‐Beam Laser Process Parameters on the Mechanical Properties and Thermal Damage of Skin Tissue Welding

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Tensile strength and thermal damage control are optimized by adjusting laser parameters, achieving optimal values at specific settings.
The optimal settings for minimal thermal damage and maximum mechanical strength were a scanning speed of 200 mm/s, 0.5 mm spot spacing, and a deflection angle of 60°.
Morphological observation and tensile strength tests led to quantifiable insights into the relationship between laser parameters and skin tissue properties.
Results indicate that varying scanning speeds and angles significantly affect the mechanical properties and thermal denaturation of skin tissues.

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This analysis reveals how laser scanning speed and deflection angle affect mechanical properties, suggesting methods to enhance surgical closure.

Huang et al. (2025) studied this question.

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This analysis reveals how laser scanning speed and deflection angle affect mechanical properties, suggesting methods to enhance surgical closure.