INTERmedic Arfran products

MULTIDIODE OFT 4G is a high power 980nm diode laser, specially designed by INTERmedic for minimally invasive lacrymal surgery also known as dacryocystorhinostomy (DCR). It is the first laser in the world with specifical CE and FDA certificate for this clinical application. MULTIDIODE OFT 4G is well absorbed by haemoglobin and water achieving an excellent penetration into the tissue, vital factors in the lacrymal duct surgical procedures.

INTERmedic, worldwide leader in photodynamic therapy for pulmonology (lung cancer), gastroenterology (Barrett’s esophagus, esophageal cancer), urology (prostate cancer) among others, presents Multidiode™ PDT, an innovative technology to treat dermatological pathologies such as basal cell carcinoma, cholangiocarcinoma or hidradenitis suppurativa.

INTERmedic has combined science, ingenuity and years of research to reinvent the CO2 laser , launching a platform capable of both gentle superficial procedures and deep treatments. The result of this research is Silklase, a laser tool designed to achieve perfection in different medical and surgical specialties. It is well known that the CO2 laser is one of the most powerful and effective tools in the fields of dermatology and aesthetic medicine for its potential to promote comprehensive rejuvenation, regenerating tissues and structures of the skin and also by its excellent performance in surgery.

INTERmedic’s new Multidiode Surgical Series 4G laser system combines power, precision and delicacy to return its optimal functionality and an harmonic appearance to the femenine genital area. This new advanced laser tool with the most advanced laser technology has been developed by INTERmedic specifically for minimally invasive genital redesign of the vulvovaginal area.

INTERmedic’s PL3D is a revolutionary laser system, specially designed for the minimally invasive treatment of the vertebral disc prolapse. The laser procedure is effective, fast and safe, reducing intradiscal pressure by shrinkage caused by the laser energy. The reduction of intradiscal pressure with PL3D laser has revolutionised intravertebral surgery: a small part of the nucleus pulposus is vaporized to reduce pressure through an outpatient minimally invasive procedure under local anesthesia.