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RecoSMA technology

Product catalog summary

Introduction to RecoSMA Technology
The document introduces RecoSMA, a revolutionary method developed and patented by Linline for repairing damaged human tissue. It is implemented using the Multiline series of devices and involves a unique laser treatment that does not require anesthetics and poses no risk to natural skin pigmentation.

Specifications and Methodology
The RecoSMA method utilizes an Er:YAG laser equipped with Linline’s unique SMA module. The process involves microablation, creating a periodic structure on the treated tissue surface. The microablation depth does not exceed 50 microns, and the procedure uses thousands of microbeams smaller than a human hair. This ensures the epidermis remains intact, preserving the skin's protective properties.

Applications and Benefits
The method is effective for treating aging skin issues such as wrinkles and age spots, as well as skin atrophy, scarring, and surgical wounds. It promotes regenerative processes, replacing damaged cells with young, functional ones. The treatment has no sun exposure restrictions and a short recovery period.

Visual Evidence
The document includes before and after images demonstrating the effectiveness of RecoSMA on wrinkles, traumatic scars, post-acne scarring, and stretch marks.

Contact Information
For clinic locations and equipment inquiries, contact details are provided for English, French, and Spanish speakers.

Catalog excerpts

FIND YOUR NEAREST CLINIC TO UNDERGO RECOSMA TREATMENT AT: www.recosma.com CONCERNING PURCHASE AND RENTAL OF EQUIPMENT PLEASE CONTACT US: E-mail: [email protected] English +44 7889 877 006 French +33 688 972 873 Spanish +34 688 943 000

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RecoSMATM Technology The Revolutionary new method to repair damaged human tissue The method was developed and patented by Linline, and it is implemented in the Multiline series of devices (pic. 1). The essence of this method lies in the fact that a periodic structure of tissue vaporised by microablation is created on the treated surface of a particular biological tissue. This is due to the particular energy, temporal and spatial parameters of the laser pulse, produced by an Er:YAG laser that is equipped with Linline’s unique SMA module (pic.3). The area affected by microablation does not exceed...

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