Exhibitors

In cases of erectile dysfunction and prostatitis, applications of Pulsed Electromagnetic Field (PEMF) and Radiofrequency (RF) provide painless treatment in 6-12 sessions, without the need for medication or surgical intervention. HEAT - Urology is designed as a medical device for clinical use. The main unit, controlled via a touchscreen interface, enables healthcare personnel to manage accounts, record patient data, select and adjust therapy settings, and provides a healthcare personnel information interface, along with wireless connectivity options for remote control and monitoring. The applicator, connected to the main unit and applied to the patient without contact, is a component that applies DMA and RF magnetic fields without requiring disposables. In vivo experiments for demonstrating the effectiveness of the HEAT - Urology device have been completed, and product design and prototype production have been carried out, with preparations ongoing for EU-MDR application.

In cases of muscle and tendon injuries, the application of Pulsed Electromagnetic Field (PEMF) and Radiofrequency (RF) provides a painless treatment solution without the need for medication or surgical intervention. Its feature of non-contact application also minimizes the risk of wound infection. HEAT - Orthopedics is envisioned as a solution with broad utility in the fields of physiotherapy and rehabilitation. Preliminary studies, including in vivo experiments we conducted, indicate that it will offer a more effective treatment compared to existing alternatives, due to its ability to increase tissue perfusion, relax muscles, prevent inflammation, promote growth factors, and penetrate deep tissues. Based on the positive preliminary work in this area, preparations are underway to initiate a comprehensive research and development project.

In cases of traumatic injuries, the application of Pulsed Electromagnetic Field (PEMF) and Radiofrequency (RF) provides a painless, non-contact solution without the need for medication or surgical intervention. The HEAT - WoundHealing device is seen as a solution that can be used either independently or in addition to routine treatment protocols for the treatment of wounds resulting from trauma or other causes. Preliminary studies, and extensive in vivo experiments conducted, indicate that it will offer a more effective treatment compared to existing alternatives, by increasing tissue perfusion and growth factors in the wound tissue, facilitating the migration of necessary substances for tissue proliferation to the lesion site, and enhancing repair speed. Based on the positive preliminary work in this area, preparations are underway to initiate a comprehensive research and development project.

In cerebrovascular events, the application of Pulsed Electromagnetic Field (PEMF) and Radiofrequency (RF) aims to promote blood flow to the brain tissue by inducing the secretion of nitric oxide from the intact vessels both upstream and downstream of the occlusion. This treatment can be used in addition to revascularization or thrombolysis therapy. Furthermore, it is highly beneficial in preventing cerebral vasospasm observed in other serious conditions such as subarachnoid haemorrhage. This device, which can be used either in outpatient or bedside settings, consists of two subunits. The first subunit includes cage structures enabling the combined use of RF and DMA methods and allows for non-contact application to the head, as well as mesh structures facilitating DMA-only applications. The main unit with a touchscreen interface supports both applications and can record magnetic field applications administered to patients. Moreover, specific regions of the application devices can be activated as desired. Experimental studies regarding efficacy are ongoing, and our project has been included in the scope of support.

An innovative solution to provide effective physical therapy and rehabilitation support to patients experiencing muscle strength loss due to injury or disability, while also aiming to prevent injuries resulting from imbalanced loading during training sessions for athletes and promote balanced muscle strength development. The platform, equipped with a smart dynamometer and force plate, enables control and analysis from tablets, mobile devices, and computer environments.