Perlove Medical

  In the modern era of precision medicine,   spinal surgery robots   have transformed how surgeons perform complex spinal operations. These advanced systems combine   robotic technology ,   3D imaging , and   real-time navigation   to enhance accuracy, safety, and surgical outcomes. Among the leading innovators in this field is  Perlove Medical , whose  spinal navigation and positioning robot  helps surgeons achieve superior precision in every step of the operation. 1.  Enhanced Precision with Intelligent Navigation Spinal anatomy is intricate and delicate — even a minor deviation in screw placement can cause serious complications. Perlove Medical’s spinal navigation robot  uses  3D C-arm imaging  and  optical tracking technology  to guide surgeons with  sub-millimeter accuracy . The system visualizes the surgical field in real time, ensuring every screw follows the planned trajectory exactly as designe...

  Tumor interventional therapy is a minimally invasive treatment that delivers drugs or instruments directly to the tumor lesion under imaging guidance, achieving precise treatment. Compared to traditional surgery, interventional therapy is less invasive, has faster recovery, and has become an important approach in tumor management. Advanced medical equipment is essential to ensure the safety and accuracy of these procedures. Common Equipment for Tumor Interventional Therapy Imaging Guidance Equipment Digital Subtraction Angiography (DSA) : Used for vascular tumors or highly vascularized lesions, allowing real-time observation of vessel paths and blood supply. CT-Guided Systems : Multi-slice spiral CT provides precise localization for puncture, radiofrequency ablation, microwave ablation, and other procedures. Ultrasound Equipment : Convenient and radiation-free, suitable for interventional procedures on superficial organs like the liver or kidneys. MRI Guidance Systems : Offers hi...

  X-rays are an essential part of modern medical imaging — helping doctors see inside the human body without surgery. However, not all X-rays are the same. They can be broadly divided into   Soft X-rays   and   Hard X-rays , each with unique characteristics and applications. 1. The Difference Between Soft and Hard X-rays The distinction lies mainly in their  energy level  and  penetration ability : Soft X-rays  have lower energy and longer wavelengths, making them easily absorbed by tissues. Hard X-rays  have higher energy and shorter wavelengths, allowing them to penetrate dense materials such as bones or metal implants. In clinical imaging,  hard X-rays  are typically used because of their strong penetrating power and diagnostic clarity. 2. How They Work in Medical Imaging When X-rays pass through the body, different tissues absorb them in varying degrees. Soft X-rays  are suitable for imaging fine surface details or thin bio...

  I. Structure of an  X-ray Machine X-rays are produced when a beam of high-speed electrons strikes a target material and is suddenly decelerated. To generate X-rays, the following conditions must be met: A stream of high-speed electrons A target material capable of withstanding the impact of those electrons A high-vacuum and high-voltage environment necessary to accelerate the electrons A  medical X-ray machine  is a comprehensive medical device designed and manufactured according to these physical requirements and the needs of clinical diagnosis and treatment. It converts electrical energy into X-ray energy. Although there are many models and structural variations, an X-ray system generally consists of two main parts: the  X-ray generating unit  and  auxiliary facilities . 1. X-ray Generating Unit This is the part that produces and controls the X-rays, composed of four components: (1)  Control console  – Regulates the exposure time and adju...