China's first single-port laparoscopic surgical robot to cover all four major core surgical disciplines
The SP1000's single-arm, single-port design enables surgical procedures to be completed through “one access channel”, supported by a series of proprietary innovations that break the operational limitations of single-port robots:
• Full Four-Quadrant Coverage: Exclusive AgileArm™ technology covers left/right quadrants, while DriveBoxFlip™ technology addresses upper/lower quadrants.
• Extreme Proximity and Distant Reach: Proprietary Hide-in-Sleeve™ technology handles ultra-close lesions, and SmartAnchor™ technology manages ultra-distant targets.
The SP1000 is applicable to gynecology, urology, general surgery, thoracic surgery, head and neck surgery, and oral surgery, offering exceptional clinical value and research potential.
精锋®单孔腔镜手术机器人的单臂单孔设计，可实现“一个通道”即可完成手术操作，一系列特有的技术创新，突破了单孔机器人操作范围的限制：
•一个通道：单臂集成，更轻盈，单一微小手术切口，更美观。
• 两个方向的极近极远可达：独有藏袖技术可处理极近病灶与极远病灶。
• 四大科室：可应用于妇科，泌尿外科，普外科、胸外科，具有极高的临床价值和科研潜力。
• 八个象限全范围覆盖：独有灵动臂技术覆盖上下左右象限，同时兼顾左上、右上、左下、右下区域。
Edge® SuperArm Series Instruments for Single-Port Laparoscopic Surgery
Developed exclusively for the SP1000, the SuperArm series of single-port robotic instruments significantly enhances the system’s capability to perform complex surgeries:
• Expanded Central Operating Zone: The optimal central operating zone is greatly enlarged, providing ample space for intricate operations.
• Ultra-Precise Tip Control: Enhanced motion accuracy at the instrument tip allows surgeons to achieve sub-millimeter precision for high-demand procedures.
• Improved Stiffness and Load Capacity: Increased rigidity and lifting strength meet the demands of surgeries requiring manipulation of resilient tissues.
• Reduced End-Tip Turn Radius: Streamlined navigation in confined spaces enables smoother and more accurate fine-scale operations.
我们专为精锋单孔手术机器人开发了SuperArm系列单孔机器人器械，极大的增强了单孔机器人实施复杂手术的能力：
•器械的最佳中心操作区域大幅扩展，为复杂的手术操作提供了更大操作空间；
•器械头端运动精度大幅提升，主刀可以精准操控器械，满足高精度要求术式；
•器械刚度和提拉负载大幅提高，满足需要对韧性组织进行手术操作术式需求；
•器械末端转弯半径缩小，精细操作场景下更加便捷，精准。
