SOLUTION: Surgical Navigation Solution Solution Highlights 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.

Solutions Highlights 1.Dual-mode operation transforms clinical workstations. Physicians switch between office tasks and medical image reading instantly. One machine handles medical records, system operations, and remote consultations. The same device also serves professional image review needs. Furthermore, clinical departments outside radiology gain professional-grade viewing capabilities. This integration eliminates the need for separate workstations. Doctors save time and desk space every day. 2.Intel Tiger Lake-U processors balance power and efficiency. The 11th Gen Core platform handles demanding medical applications smoothly. Meanwhile, low power consumption reduces heat generation and energy costs. Hospitals benefit from cooler, quieter operation. The energy-efficient design supports green healthcare initiatives. Additionally, reduced thermal output extends hardware lifespan for better return on investment. 3.Crystal-clear display technology enhances diagnostic confidence. The 21.5-inch FHD panel delivers 1920×1080 resolution. Furthermore, 400-nit brightness ensures visibility in any clinical lighting condition. High contrast ratios reveal subtle diagnostic details. DICOM calibration maintains color accuracy for medical images. Consequently, physicians can trust what they see on screen during critical diagnostic reviews. 4.Most hospitals still use standard displays in examination rooms. Upgrading to AI analysis terminals brings immediate benefits. Diagnostic accuracy improves while operational costs decrease. Hospitals achieve better outcomes with fewer resources. Large-scale adoption of AI terminals would transform medical display technology. Moreover, this upgrade opportunity represents significant growth potential for the entire medical display industry. ZRT continues innovating at the intersection of AI and medical imaging. The company invites healthcare institutions to experience this technology firsthand. Contact ZRT today to learn how AI analysis terminals can upgrade your clinical capabilities.

IVD Solution | AI-Powered In Vitro Diagnostic Platform Solution Highlights 1. Powerful ARM processors drive intelligent diagnostics. The RK series core boards feature multi-core architectures with LPDDR4 memory. Additionally, eMMC storage provides fast data access for demanding applications. These components handle complex AI algorithms effortlessly. Real-time detection tasks execute without delays. Furthermore, the RK3568 offers 1 TOPS NPU performance while the RK3588 delivers up to 6 TOPS. This computing power accelerates intelligent interpretation of chemiluminescence, fluorescence immunoassay, and cell morphology tests. 2. AI algorithms analyze samples with exceptional accuracy. The system automatically identifies cell morphology patterns. It also calculates indicator values within seconds. Laboratory technicians receive intelligent assistance during analysis. Furthermore, the AI flags abnormal results for immediate attention. This capability reduces human error and speeds up diagnostic workflows significantly. 3. Automated workflows increase laboratory throughput. The system handles sample loading, testing, and reporting automatically. Technologists monitor operations instead of performing repetitive tasks. Test consistency improves dramatically with automation. Furthermore, standardized processes eliminate variation between operators. As a result, laboratories process more samples per hour while maintaining quality standards. 4.Hardware-level security protects sensitive medical data. TrustZone technology creates isolated secure environments. Data encryption safeguards information throughout the entire lifecycle. Patient information remains confidential from collection through storage. Furthermore, the system meets strict medical data security regulations. Healthcare providers can trust this platform with their most sensitive diagnostic information. Application Scenarios This IVD solution adapts to multiple diagnostic devices. Fully automatic biochemistry analyzers process complex panels efficiently. Immunoassay systems detect specific biomarkers with high sensitivity. Hematology and urine analyzers also benefit from this platform. Molecular diagnostic systems gain AI-powered analysis capabilities. Furthermore, portable POCT devices deliver lab-quality results at the point of care. The RK series core boards make all this possible with intelligent processing and industrial reliability.