SOLUTION: Surgical Navigation Solution
Solution Highlights
- Real-time 3D reconstruction powers modern surgical navigation. The dual-GPU architecture processes preoperative CT and MRI images instantly. It also fuses intraoperative ultrasound and endoscopic video in real time. Surgeons locate lesions, blood vessels, and critical nerves with millimeter-level accuracy. Furthermore, the dual-GPU heterogeneous computing architecture eliminates lag during complex procedures. This capability transforms how surgical teams approach challenging operations.
- AI-powered surgical planning changes the game. Deep learning models automatically detect organ boundaries and tumor margins. They also identify optimal puncture paths and osteotomy planes. Think of it as GPS for surgery. The system recommends the safest and most efficient routes. As a result, surgical teams reduce operative time and minimize patient trauma. Moreover, surgeons gain confidence before making the first incision.
- Silent cooling keeps surgical teams focused. The APC-4U04 features full liquid cooling for both CPU and GPU. This design delivers 5x the thermal capacity of traditional air cooling while maintaining approximately 50dB noise levels. The APC-4U03 offers hybrid cooling as an alternative. It combines CPU liquid cooling with GPU air cooling. Both options sustain heavy computational loads without disturbing surgical communication. Therefore, medical teams can concentrate fully on patient care.
- Medical-grade reliability comes standard. The system carries full 3C certification and meets medical safety and EMC standards. Furthermore, extensive I/O options include dual PCIe x16 slots, PCIe x4, dual PCI, and quad SATA3.0 with RAID support. The platform connects seamlessly to surgical robots, optical trackers, and navigation probes. Additionally, 2.5G Ethernet and multiple USB/serial ports ensure flexible peripheral integration. Hospitals trust this hardware for mission-critical surgical applications.
Application Scenarios
This navigation solution serves multiple surgical disciplines. Neurosurgeons use it for brain tumor and epilepsy focus resections. Orthopedic teams rely on it for spinal fixation and joint replacement procedures.
Thoracic surgeons achieve precise lung nodule removal. Hepatobiliary specialists perform liver tumor ablation and segmentectomy with confidence. Urologists conduct accurate prostate biopsy and partial nephrectomy.
ENT and oral maxillofacial surgeons also benefit from this technology. Furthermore, surgical robot systems integrate seamlessly with this platform. APC-4U04/APC-4U03 workstations deliver the computing muscle and silent reliability these procedures require.
