Multiple recent clinical evaluations have examined energy-based tools used to address vascular skin features.
Research on intense pulsed light (IPL) continues to show consistent improvement in diffuse erythema and superficial vessel visibility with a strong safety profile.
Studies of 1064 nm vascular lasers demonstrate measurable reductions in vessel diameter, density, and colour, particularly for deeper or persistent vascular features.
Evidence on 577 nm (yellow) lasers shows effective targeting of superficial blood vessels, aligning with strong absorption by oxyhemoglobin and minimal collateral effect.
Across these modalities, outcomes appear most closely related to matching the energy delivery to vessel characteristics — such as depth and diameter — rather than simply the device itself.
At The Manse, we work with a range of vascular technologies, including IPL, 1064 nm and 577 nm systems, to allow decisions to be guided by skin and vessel features rather than device preference.
Takeaway:
Contemporary research supports a tailored approach to vascular change — selecting the modality that aligns with the biology of the vessels being treated.
Study sources
• IPL efficacy in vascular conditions
• 1064 nm laser improvements in vessel appearance
• 577 nm yellow laser targeting of superficial vessels