Perlove Medical

  Minimally invasive surgery has become a major trend in modern orthopedics, driven by the need for safer procedures, faster recovery, and better long-term outcomes.   Orthopedic surgical robots —combining advanced imaging, real-time navigation, and high-precision robotic control—are transforming how surgeons perform complex operations. But how exactly do these systems make minimally invasive surgery possible? 1. Accurate Preoperative Planning Enables Smaller Incisions Before surgery begins, orthopedic robots use 3D imaging such as CT scans to create a detailed model of the patient’s anatomy. This allows surgeons to: Precisely plan the implant position Simulate the surgical path Select the smallest possible surgical approach By knowing the exact bone structure and optimal entry angles in advance, surgeons can avoid large exposures and reduce incision size. 2.  Real-Time Navigation Guides  Precise Instrument Placement During the procedure, the robot works like a “GPS ...

  In hospitals, many people have probably noticed medical staff pushing a mobile “robot” through hallways and wards. Out of curiosity, you may have wondered—what exactly is this machine? What is it used for? What are its advantages and disadvantages? Today, let’s take a closer look at the  mobile DR (Digital Radiography) system . What Is a Mobile DR System? A  mobile DR , or  mobile digital radiography system , is a portable X-ray imaging device that allows radiologic examinations to be performed  directly at the patient’s bedside . Key Advantages of Mobile DR 1. Overcoming Spatial Limitations Mobile DR enables bedside imaging without the need to transfer critically ill patients, reducing the risks associated with patient transport—such as tracheal tube displacement or interference with ECMO (extracorporeal membrane oxygenation) equipment. It is particularly useful in  ICUs, emergency departments, and for postoperative patients  who cannot be moved eas...

In modern healthcare, imaging equipment has become a cornerstone for precise diagnosis and treatment.   High-Precision Intraoperative C-arm Imaging for Minimally Invasive Surgery   allows surgeons to achieve real-time visualization of complex anatomy, improving accuracy and patient safety.   Perlove Medical’s Advanced C-arm Systems for Real-Time Surgical Navigation and Intervention   deliver high-resolution images, flexible positioning, and intelligent control, enabling optimal intraoperative guidance across multiple specialties. Clinical Applications Orthopedic Surgery C-arms play a critical role in spinal fixation, fracture reduction, and joint replacement by providing clear intraoperative images for accurate positioning of implants. Imaging Mode:  Radiography / Fluoroscopy Exposure Parameters:  5kW–100kV, 50mA; pixel size ≤200μm Positions:  Anteroposterior (AP), lateral, inlet, outlet, axial Perlove C-arms provide precise visualization of implants a...