VERTEBRAL METASTASES
An open problem
Vertebral metastases are the most common cancer in bone. The literature reports that 75% of patients with primary breast, lung and prostate cancer develop secondary spinal disorders.
In 75% of patients, vertebral metastases are extremely disabling and painful. They are also the cause of possible vertebral fractures or spinal cord compressions.
Current treatment of spinal metastases involves radiotherapy or chemotherapy sessions that do not have an answer to chronic pain in the short term. Tumor ablation is a minimally invasive technique commonly used in the treatment of bone tumors. It is an important option for patients who have failed chemotherapy or radiotherapy or are not eligible for surgery.
RF GENERATOR
The SPINERY system permits to perform a procedure with “intelligent ablation ramps” which with a series of pre-heating allows, when the temperature is raised, a better propagation of heat since the tissue is already pre-heated, avoiding the carbonization of the tissues. The procedure ends with an automatic cooling that brings the temperature back to the procedure start level. (This allows to have a longer time for the injection of the cement).
The Spinery system offers a wide range of both monopolar and bipolar RF needles
“The needles measure 16G, are cooled, both bipolar are irrigating and have double thermocouple.”
The ability to inject saline solution allows to lower the impedance of the ablated tissue and improve the propagation of heat, as well as eliminating the patient variable.
Introduction Kit
External Dimensions
Altezza: 340 mm
Larghezza: 320 mm
Profondità: 340 mm
Generator Weight
10 kg
Risk Classification
Classe IIB
Needles Sterilization
EtO
Contact information
Contact us to request more information
Project co-financed by the European Fund for Regional Development
Operational program ERDF CAMPANIA 2014-2020 Priority axis 3 – Action 3.1.1. public notice for support to MPMI Campania in the implementation of technology transfer and industrialization projects – SPINERY 2.0 PROJECT