Raydiance Achieves Major Breakthrough in Processing Bioabsorbable Materials for Implantable Medical Devices

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In this short video, a bioabsorbable vascular stent is being machined with Raydiance Smart Light MD. The ultrashort laser technology enables totally athermal ablation of virtually any material, including low melting point bioabsorbable and other polymeric materials used in the medical devices industry.

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In this short video, a bioabsorbable vascular stent is being machined with Raydiance Smart Light MD. The ultrashort laser technology enables totally athermal ablation of virtually any material, including low melting point bioabsorbable and other polymeric materials used in the medical devices industry.
In this short video, a bioabsorbable vascular stent is being machined with Raydiance Smart Light MD. The ultrashort laser technology enables totally athermal ablation of virtually any material, including low melting point bioabsorbable and other polymeric materials used in the medical devices industry.Video

In this short video, a bioabsorbable vascular stent is being machined with Raydiance Smart Light MD. The ultrashort laser technology enables totally athermal ablation of virtually any material, including low melting point bioabsorbable and other polymeric materials used in the medical devices industry.

This bioabsorbable stent with 80 micron struts and 3.5 mm diameter was machined with Raydiance Smart Light, the world's only commercial grade ultrafast laser platform. (Photo: Business Wire)

This bioabsorbable stent with 80 micron struts and 3.5 mm diameter was machined with Raydiance Smart Light, the world's only commercial grade ultrafast laser platform. (Photo: Business Wire)

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