All-In-One dynamic flat panel detector radiography and fluoroscopy system

 We are a high-tech enterprise which is integrating the research and development,production,sales and after-sales service of medical X-ray imaging equipment.

DRF is a state of the art multi-purpose imaging solution for all your radiography, fluoroscopy and angiography clinical examination needs.Guaranteed outstanding image quality in real time, and optimised workflow makes the traditional Image Intensifier obsolete.

1.Main Applications

This machine can not only be used for DR photography of head, chest, limbs and other body parts,but also for chest and abdominal fluoroscopy, gastrointestinal angiography, urogenital and angiography.

2Features & Benefits

High Performance and lntelligent

 DAP – Dose visualized, safety assured(Optional)

● The pioneer usher in intelligent radiation dose monitoring system

● Synchronous dose monitoring system of hardware and software, guaranteeing more accurate diagnosis

Pulsed fluoroscopy – Low dose and sharp images

● Multiple fluoroscopy modes
● lnstant exposure
● Lower dose to protect doctors and patients

Automatic stiching function – accurate and precise(Optional)

● Panoramic images of full spine, full lower limbs

● Accurate measurements of preoperative planning and postoperative surgery

● One-step radiography, providing more reliable diagnostic basis for clinical practice

SlD electrically stretched to 1.8m

Meeting special radiography needs such as standard chest radiography and occupational pneumoconiosis examinations.

360° rotating foot pedal(Optional)

● The load-bearing capacity up to 200KG, safely and easily satisfy the inspection needs of various body types.

Digital radiography

● Suitable for radiography of all body parts

Digital fluoroscopy

● Suitable for fluoroscopy of all body parts

Digital Gastrointestinal Angiography

● Esophageal angiography,upper gastrointestinal angiography, total gastrointestinal angiography, salpingography, etc.

Precise digital spot imaging

 ● Obtain high-definition images and accurately capture lesions during fluoroscopy, avoiding missed diagnoses and misdiagnosis caused by blind shots.

Stable and Reliable Image Chain

Self-developed ultra-high frequency and high voltage generator

● Good X-ray source
● Strong penetration ability
● Low-dose radiation
● Stable performance
● High-quality image
● High efficiency

lmported high-quality X-ray tube

● Large heat capacity
● High rotate speed of X-ray tube
● Suitable for long time and high-intensity work
● Have long service life

Flexible flat panel detector

● Standard high-resolution dynamic flat-panel detector

“Symphony”Image Post- Processing System

● Great image post- processing function
● Only one-click can finish your work

Cloud lmage Interconnection

Pre-set various examine modes

● The system brings convenience to staff by multiple intelligence control modes,simple and fast control interface and efficient image collection will accelerate the speed and improve accuracy of clinical radiography.

Pe-set various examine modes

● Meet the different requirements of outpatient, emergency,physical examination on different cases.

Fast image acquisition

● High standard software system, faster image acquisition, improved workflow continuity and overall inspection quality. 3-5 seconds speed converslon, 1-2 seconds faster than similarDR, offering faster examine experience for clinic.
● Fast automatic image processing.
● Automatic image output.

 The PLD6000, our new system which launched in this year, is a multifunctional DRF machine which can be used in a variety of clinical applications, including digital radiography, digital fluoroscopy, contrast agent examination, etc.he last but very important point our DRF PLD6000 meets your business target. No matter you are a distributor who wants more opportunities to win a tender and provide a better solution for your customers, no matter you are from a hospital who needs a super equipment with multiple functions to improve the workflow and medical service, will help you to achieve the target.

Clinical application of PLX7500 3D surgical C-Arm system

 The mobile 3D surgical C-arm system which is a combination of conventional 2D radiography and CT-like imaging can creates 3D radiographic image consisting of transverse, sagittal and coronal planes. It brings a brand-new horizon of bone tissue and implants for surgeons, provides maximum guarantee for complex procedures as well as decrease of complications.

Case 1

Description: Female, 56 years old, suffers from lower back pain, combined with pain in lower limbs for 5 years, has limitation of movement. The pain deteriorates when patient engaged with prolonged standing or bending, and relieves when patient lies down. In the last one month, the situation has been worsened.

Diagnosis: MR image shows that L3/L4, L4/L5 disc herniation and intraspinal space-occupying lesion.

Treatment: Laminectomy at L5, S1 vertebrae + pedicle screw fixation

MRI shows disc herniation at L3/4/5 and intraspinal space-occupying lesion

PLX7500 3D surgical C-arm system and presurgical radiography

Pedicle screw implantation at L5 S1 guided by radiographic images

3D image achieved by C-arm rotatory scanning

3D radiographic image consisting of transverse, sagittal and coronal planes.

Suturing after surgery

Case 2:

Description: Male, 52 years old, confirmed with comminuted fracture at tibial plateau by presurgical 3D reconstruction.

Treatment: Open reduction and internal fixation 

Comminuted fracture comfirmed by 3D reconstruction
Insert K wire and screws for fixation

High definition image of AP and lateral view

After-surgery confirmation

What is a 3D C-arm machine？

 What is a 3D C-arm machine? The three-dimensional C-arm machine is a new type of C-arm, which realizes the leap from two-dimensional to three-dimensional intraoperative images. Through the tomographic images of different directions, it can assist the doctor to obtain more comprehensive image information, observe the accuracy of screw implantation, and improve the accuracy of the operation, and the doctor can also check the operation results in time during the operation to confirm the completion of the operation, which greatly improves the accuracy of the operation. Improve the success rate of surgery, reduce the risk of surgery and the probability of postoperative complications.

3D C-arm machine

Puai Medical is a professional manufacturer of C-arm machines. It is the first to master 3D imaging technology in China. Following the first domestic 3D shadow-enhanced C-arm, it has also launched an isocenter flat 3D C-arm machine – Skybow PLX7500. Next, I will introduce the clinical application and advantages of this product of our company.

Clinical application of Skybow PLX7500 3D C-arm machine:

1. Spine Surgery. It can effectively reconstruct the complex three-dimensional model of the spine, provide accurate two-dimensional and three-dimensional images, improve the accuracy of screw implantation, shorten the operation time, reduce the probability of complications, and reduce the intake of radiation.

2. Trauma Surgery. For example, internal fixation of pelvic fractures can reconstruct the acetabular articular surface in three dimensions, accurately locate and implant screws, effectively shorten the time of screw implantation and fluoroscopy exposure, and reduce the probability of postoperative complications.

3. Joint Surgery. It is mainly used in the positioning of joint replacement and anatomical reduction of shoulder joint, elbow joint, hip joint and knee joint. It can accurately implant the prosthesis, reduce the radiation time, and reduce the radiation dose.

4. Osteotomy Orthopaedic Surgery. For example, in the treatment of congenital kyphoscoliosis, it can effectively guide the implantation of screws and remove the half cone to achieve a satisfactory osteotomy correction effect.

Advantages and features of Skybow PLX7500 3D C-arm machine:

1. Intraoperative real-time 3D imaging. Intraoperative three-dimensional imaging and cross-sectional images can provide multi-angle surgical diagnosis information, assisting doctors in intraoperative assessment and judgment, such as fracture reduction and the size and position of implanted screws, and assisting in better completion of surgery.

2. 3D imaging field of view is large. It provides a larger intraoperative 3D imaging field and collects more image information. It can shoot the entire cervical spine, the entire lumbar spine, seven thoracic vertebrae, bilateral sacroiliac joints, femoral head and unilateral pelvis at one time.

3. Isometric design. During the C-arm scanning process, the subject is always kept in the center of the beam, which avoids horizontal and vertical movement during the acquisition of sequential images, and reduces motion artifacts caused by relative movement.

4. Five-dimensional electric operation is convenient. The vertical lifting movement of the plate is convenient for fine-tuning the distance between the plate and the subject during the operation, which is closer to the lesion body, and the imaging range is larger and the image is clearer.

Perlove Tiangong PLX7500 3D C-arm machine adopts 30cm x 30cm dynamic flat panel detector to output high-resolution, large-size 2D and 3D images. 16-bit grayscale, high dynamic range clearly shows the position and contour of the implant. The imaging is clear, the operation is simple, and the positioning is convenient. It is mainly suitable for orthopedics, spine surgery, orthopedics, trauma orthopedics and operating rooms, etc.

High Frequency Mobile digital C-arm System (Cone Beam CT)

 

Counterbalanced, Isocentric Electric Design

• C-arm with isocentric design support center area conical volume imaging, provide quality multi-dimensional image for clinical diagnosis.
• The central beam always remains in the isocenter, which eliminates the need for repositioning and enables both time and dose savings.

• Electric Vertical and horizontal extension, all angles of rotation and rail sliding, provide Comfortable operation environment.
• Four-dimension electric motion control technology with isocentric C-arm allow smooth positioning, satisfy varieties of precise complex angles request.

High Frequency Mobile digital C-arm System (Cone Beam CT)

Cone beam multi-angles radiography

• orbital rotation and continuous pulse exposure realize Maximum density projection .
• Multi-angle dynamic continuous images on same part can be acquired.
• Replay the whole rotation dynamic images, volume rendering technique(VRT).
• Multi-angles observation during preoperative, intraoperative and postoperative, ensure accurate and efficient diagnosis and treatment.
• Choose appropriate sequence frames according to clinical need, both image quality and radiation protection can be assured.

Application

• Widely use in Orthopedics, general surgery, orthopedic surgery, urology, spinal surgery, abdominal surgery, gastroenterology department, gynecology and operating room etc.
• Bone tissue biopsy, spine pedicle screw implantation, long tubal bone marrow nail fixation and hand,foot fracture surgery with screw fixation.

Precise imaging and Perfect visualization

• Digital High frequency X-ray generator with micro-focus improve resolution and sharpness.
• Intraoperative 3D imaging enables intraoperative revisions and evaluation and replaces postoperative CT control.
• High frequency technology generator assures the best image in every operating condition along with reduced patient dose and extended x-ray tube lifetime.

Dose-saving features

• Digital pulse dose intelligent control technology meet EU requirements of medical equipment.
• Real time, continuous pulse fluoroscopy technology, Multiple frequency adjustment, Instantaneous high tube current output assure the high quality image and low dose.

Image acquisition and processing

• Optimally matched, fully digital imaging chain from image acquisition to viewing and archiving.
• Mega pixels digital image storage.
• acquisition and output.
• Dual large medical monitors. 
• High-brightness, high contrast display system assure abundant, delicate images and precise details.

High Frequency Digital Radiography System

 

Economic flat panel detector DR, specially used in Primary Hospital,Clinic,Medical Center.

• High Frequency Digital Radiography System

Digital system for different anatomic regions, such as head,chest,abdomen,limbs etc.

• World-class flat panel detector technology

High-quality portable flat panel detector can bring high definition images and provide good security and reliability.

Flexible projection angle

Flexible bed system can achieve the conventional lying position,standing radiography, but also achieve the portable flat panel detector wheelchair radiography, stretcher radiography and other special posture radiography.

High-definition images

● DICOM 3.0
● Supporting for obtaining a list of tasks from HIS/RIS
● Supporting DICOM PACS multi-node storage
● Supporting for DICOM image print
● Supporting for DICOM MPPS

Tissue equalization
Preset several examination modes to meet different departments use.
ESA(exam specific algorithm)

Convenient digital image network

Case presentation: Interventional procedure of lung cancer by PLX7100A

 Interventional oncology is a brand new cancer treatment practice by adopting minimally invasive technique as well as a growing trend of cancer surgeries. In traditional cancer treatment, general surgery has mostly played a major part in the treatment of early and mid-term cancer. However, as the development of surgical imaging becomes more and more mature, minimally invasive technique has largely extended the capabilities of cancer treatment.

Case presentation

Description: Male, 61 years old, suffers from frequent chest tightness and cough. CT scan finds a space-occupying lesion in the left lung. After biopsy, patient was diagnosed with lung tumor.

CT scan diagnosis

Bronchial arterial embolization and infusion

After general anesthesia, an incision was made through the femoral artery. By the image guidance, a micro guide wire is then introduced into the artery and push it up toward the thoracic aorta. After that, superselectively catheterize three tumor blood vessels of left bronchial arteries. By precisely injecting embolic microspheres into the arteries, it successful cut off the blood supply of the tumor.

Before and after embolization