OSPEDALE DI CIRCOLO
VARESE – ITALY
The Ospedale di Circolo e Fondazione Macchi in Varese is a nationally renowned center of excellence, recognized for its high specialization and importance. It houses the Department of Emergency and High Specialization (DEAS), the Trauma Center, and several specialties including Cardiac Surgery, Neurosurgery, Vascular Surgery, Thoracic Surgery, Interventional Cardiology, and Specialized Intensive Care. The facility also includes a Kidney Transplant Center, Radiotherapy, and Plastic Surgery.
DETTAGLI PROGETTO
YEAR
2024
AREA OF INTERVETION
Operating Room
SOLUTIONS
SINTESY
MATERIALS
Stainless Steel
Paintend Stainless Steel
HIGHLIGHTS
Workstation
Hybrid multimodal room
Painted stainless steel walls
Stainless steel doors
Airtight ceiling
RGB lighting
In 2024, Casaluci completed the creation of a highly innovative hybrid multimodal operating room. This room represents one of the most advanced achievements in the Italian healthcare sector, combining Siemens’ cutting-edge technology and our integrated design to meet the growing demands of complex interventions. The room is equipped with an ARTIS pheno® robotic angiography system, designed for high-precision hybrid surgical procedures. Additionally, a SOMATOM® CT Sliding Gantry computed tomography system was installed, positioned between two identical hybrid operating rooms and separated by an air-tight door with a three-panel x-ray shield.
Furthermore, the room features SINTESY, a modular system for operating rooms, intensive care units, and emergency departments, which optimizes space and resource management. The integrated workstations offer high-quality HD recording and a touchscreen interface via the Medical Panel PC, complete with an anti-reflective screen and a keyboard for precise data entry.
The implementation of this hybrid multimodal room reduces intervention times, minimizes risks associated with patient transfers and prolonged procedures, and allows for continuous and integrated monitoring of patient conditions. These advanced technologies support less invasive procedures, contributing to quicker recovery times and improved postoperative outcomes.
