Multi-function digital gastrointestinal machine

In the rapid development of information technology today, medical imaging equipment digital has become the trend of The Times and the trend of the development of the hospital. Multi-function digital gastrointestinal machine can perform 85% above normal radiation work and its digital, this equipment is the only with photography, perspective, the imaging, interventional treatment and diagnosis of post processing function image X-ray machine, therefore become numerous hospital rushed to the configuration of the advanced medical equipment.
Comprehensive types of products can see, a stable performance, reasonable allocation, functions meet clinical requirements, accord with international standard definition of the real digital multi-function gastrointestinal machine, should have the following features:
First, set the principle of the optimal production, excellent in the system configuration, meet clinical individual requirements
Second, the high frequency host new technology, digital image collection, easily get high quality images
Third, visual display man-machine interface, excellent control system, make the man-machine dialogue is more convenient, understandable;
Forth, multiple security, make the image quality and radiation dose to organic balance
Fifth, the powerful digital image processing function, fully compatible DICOM network applications.
The present multi-function digital gastrointestinal machine brand are those? The number of domestic brand and gastrointestinal machine which is better? -perlong medical treatment.
The PLD6800 multi-function digital medical perlong gastrointestinal machine: (1) the ball ball tube high frequency digital medical diagnosis X-ray machines have cover an area of an area small, simple operation, adapt to host range, high power, high frequency inverter, image is clear characteristics (2) set the principle of the optimal production, excellent in the system configuration, open up a wide range of clinical use scope (3) 65 KW high frequency host a new design, digital collection, is the high quality of the image that good control system (4) (5), and the diagnosis of high performance multi-function bed bed body system.

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PLX112D high frequency mobile c arm x ray machine

Usage of PLX112D high frequency mobile c arm x ray machine :
Orthopaedics:osteopathy, diaplasis, nailing
Surgery: removing foreign body, cardiac catheter, implanting pace maker, interventional therapy, partial radiography, local photography, and other work.

II Features  of mobile c arm
1,With a compact appearance, and easy to operate
2,Unique base electric auxiliary support arm design, it's more security for using.
3 A unique hand-held controller design, convenient to operate
4, With a high-quality knockdown X-ray generator to reduce radiation
5,With the Perspective KV,MA automatically track fluoroscopy to make the image brightness and clearness optimum
6,Toshiba image intensifier, the quality is stable and reliable, a good image clarity
7,Clinical Video system with high performance,8 images storage  volume, and two 14"high-resolution monitors
8,Installation of dense grain grids, to further enhance image sharpness

III Configuration
1, New (with electric auxiliary support arm) C-arm host *one set
2, High-frequency high-voltage X-ray generator and high-frequency inverter power supply(3.5KW,40KHZ,110KV) *one set
3, Toshiba 9-inch image intensifier *one set
4, Imports of super-low-light digital camera*one set
5,CCU in the high-definition progressive output control system * one set
6,Dense grain grids *one set
7,Electric adjustable speed limiter*one set
8,14-inch HD monitor private medical *two set
10, Single use hand-held controller *one set
11, New TV Trolley *one set

PLXF152 surgical bed in perlong medical

Usage of surgical x ray bed
  The unit is a device for the hospital’s consultation, treatment and surgical use. It applies to X-ray inspection.
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Features
1.The surface of the bed is made of medical fiberboard.
2.The bed can rotate in 360°flexibly and the foot switch brakes quickly.
3.The bed is low so it can satisfy the need of seriously-ill patient for special check.
4.The linear movement range of grid box is large and the bed has hand switch.
5.The longitudinal center of bed is in accord with grid box center, which ensures the symmetry of photography and filming.

X-Ray Exams of the Digestive Tract

    There are several commonly performed X-ray tests that allow your doctor to examine your digestive tract from the esophagus to the rectum.
    These tests utilize barium or an iodine-containing agent that allows visualization of the digestive tract and a form of X-ray machine called fluoroscopy. Fluoroscopy allows part of the body to be studied in motion and recorded on a video monitor.
Fluoroscopic examinations of your GI tract may be performed in a doctor's office, a commercial X-ray machine, or a hospital. These tests are usually called either an "upper GI" or a barium or contrast enema or a "lower GI", depending on the organs to be studied.
    Today, we will mainly introduce Upper GI tests.
    Upper GI tests use X-rays to examine the esophagus, stomach, and first part of the small intestine (the duodenum). You could see some articles about the digestive system to learn more about these organs.
    For these tests, a person is required to drink barium. As the barium passes through the digestive tract, it fills and coats the esophagus, stomach, and first part of the small intestine making them more visible with X-ray. Then a fluoroscope machine is held over the part of the body being examined and transmits continuous images to a video monitor.

Annual Physical Examinations

    Annual physical examination is a healthy sense in modern time. Nowadays , more and more people take care of their own body . They become to be familiar with routine tests in hospital, such as hematology analyzer , microplate reader . 
    For some people, the annual physical examination is a source of reassurance that they're as healthy as they feel. Others see it as an alarm system, to catch health problems before they become serious.
    This examination is so necessary and important for human body. The physical exam is an essential part of any doctor's visit. Surprisingly, though, there are no absolutes in a routine physical. A good doctor may be thorough or brief, according to his or her personal style and your individual circumstances.
Most people have experienced many aspects of the annual exam:
    First , before taking a test , doctors will know some about your health. Such as smoking, excessive alcohol use, diet and exercise.
    Then is vital signs , including blood pressure , less than 120 over 80 is a normal blood pressure. Doctors define high blood pressure (hypertension) as 140 over 90 or higher. Heart exam , lung exam, head and neck exam, abdomina exam , neurological exam .
    Then when you do some test , you will use some medical equipment , they are so fast and conveniently for doctors to operate . Such as hematology analyzer , fluoroscopy  x ray machine  , microplated reader . Immune quantitative analyzer.  They usually test on human’s blood , for there are so many health singal is marked in our blood , the same as the disease .
     After taking annual physical examination , if you get a health report , that will be good news for you . But sometimes , we will find some sickness . Pls don’t be worried so much , because doctors will do a good favor to help you , and you will be healthy soon later .

How X-rays Work

                     As many humans' monumental discoveries, X-ray technology was invented totally by accident. In 1895, a German physicist called Wilhelm Roentgen made the discovery when experimenting with electron beams in a gas discharge tube. He noticed that a fluorescent screen in his lab started to glow when the electron beam was turned on. This response in itself wasn't such surprising because fluorescent material normally glows in reaction to electromagnetic radiation. But Roentgen's tube was surrounded by heavy black cardboards. Roentgen assumed that this would have blocked most of the radiation.
          Then Roentgen placed all kinds of objects between tube and screen, but the screen still glowed. Finally, he put his hand in front of the tube, and saw the silhouette of his bones projected onto the fluorescent screen. Immediately after discovering X-rays , he had discovered their most beneficial application.
  Roentgen's remarkable discovery was one of the most important medical advancements in human history. X-ray technology can help doctors see straight through human tissue to examine broken bones, cavities and swallowed objects with extraordinary ease and so on. Modified X-ray procedures can be used to examine softer tissue, such as the lungs,blood vessels or the intestines ect.
  Roentgen's discovery not only has great influence on medical diagnosis, but also influenced the appearance of many significant technology achievements in the 20th century. So in memory of  Roentgen's significant achievement, x rays were also called roentgen-rays in many countries.
          

What Is a C Arm X ray Machine Used For?

             
          Many advances in medical technology have helped make procedures less invasive
and more comfortable for patients. The c arm x ray device, is one example of this
advancement, and enables doctors and patients to see results in less time.Design
"C-Arm" is a name given to specialized X-ray imaging machines due to their special
arced semi-circular design. C-Arms use X-rays for imaging, but are designed to work
with lower exposure.
         Advantages
        C-Arm x-ray machines use intensifiers that magnify the readings. This allows
lower amounts of X-rays , and results in less radiation exposure for patients and
professionals.
          Applications
          C-Arm machines are often smaller than traditional units, and can be used in
more confined spaces. This size advantage also enables applications such as mobile
screening rooms.
          Capabilities
          C-Arm imaging equipment is capable of being adjusted to different settings
depending on the application. This means that X-ray exposure can be fine-tuned, and
results in lower radiation levels.
         Comfort
         Being small and adjustable, C-Arm machines offer increased patient comfort
compared to traditional methods. This minimal invasiveness also makes faster diagnosis
and treatment for the patients.

The types of diagnostic imaging equipment service agreements

• Full-service — Service can be requested 24/7 usually via a toll-free hotline. It
typically includes response priority, corrective and preventative maintenance, parts
and labor, the use of OEM certified parts, and software updates.
• Business hours — Service can be requested during normal business hours, usually
eight hours a day, five days a week.
• Extended business hours — Service can be requested usually 12 hours a day, five days
a week.
• Extended business hours and weekends — Same as above, but set weekend hours are
included.
• Preventive maintenance (PM) only — Service includes a predetermined number of
preventative maintenance service calls during normal business hours.
• Time and materials — Service is paid for on an as-needed basis. The service vendor
charges for parts, labor, and travel.
• Loaner or depot service — The equipment is returned to the vendor and the vendor
provides a loaner piece of equipment until the faulty device has been repaired and
returned.
• Inspection only — Similar to PM only contracts in that it’s a flat fee paid for
only a known service.
• Calibration only — Similar to PM only contracts in that it’s a flat fee paid for
only a known service.
        If the common service agreements mentioned above do not meet the requirements of
radiologists, their practice, or the diagnostic imaging equipment, there are other
alternatives. The most common is equipment maintenance management programs. These
programs toffen offer similar coverage levels characteristic of standard service
agreements, but at a lower cost and increased flexibility. Again, knowledge is power,
so proper investigation is needed before you purchase no matter x ray machines,
clinical lab devices, hematology analyzers.

What Is a C Arm X ray Machine Used For?

           Many advances in medical technology have helped make procedures less invasive and more comfortable for patients. The c arm x ray device, is one example of this advancement, and enables doctors and patients to see results in less time.Design
"C-Arm" is a name given to specialized X-ray imaging machines due to their special arced semi-circular design. C-Arms use X-rays for imaging, but are designed to work with lower exposure.

Advantages
C-Arm x-ray machines use intensifiers that magnify the readings. This allows lower amounts of X-rays , and results in less radiation exposure for patients and professionals.

Applications
 C-Arm machines are often smaller than traditional units, and can be used in more confined spaces. This size advantage also enables applications such as mobile screening rooms.

Capabilities
C-Arm imaging equipment is capable of being adjusted to different settings depending on the application. This means that X-ray exposure can be fine-tuned, and results in lower radiation levels.

Comfort
Being small and adjustable, C-Arm machines offer increased patient comfort compared to traditional methods. This minimal invasiveness also makes faster diagnosis and treatment for the patients.

CT/CAT Scan (Computed Tomography)

          CT/CAT Scan (Computed Tomography) uses rotating X-rays and computers to obtain close
and detailed images of organs, blood vessels and muscles. Providing clearer images than
a normal X-ray, this type of scan is usually used for the brain, sinuses, abdomen,
pelvis and chest.

Ultrasound
  Ultrasound, or Sonography, is a diagnostic machine that uses high frequency sound
waves to generate images. This diagnostic imaging machine is often used during
pregnancy and to identify problems with internal organs. Ultrasound is considered the
safest modality to use due to its lack of radiation, especially for expecting women.

   X-ray
  X-ray machines such as mobile x ray machine, c arm use X-rays, or electromagnetic
radiation, to provide images of any part of the body. Though the images are not as
detailed and clear as other forms of diagnostic imaging, they are quick and often used
to determine problems with dense areas of the body, such as bones or ligaments.
  

Details of C-arm

             C-arm has become an essential and fundamental piece of medical equipment in most
hospitals all in the world. A mobile C-arm unit generally includes the intensifier unit
and the television or workstation unit. The intensifier unit consists of c-arm with a
range of movements, allowing for use in a variety of surgical procedures. The c-arm has
an image intensifier and an X-ray tube positioned directly opposite from each other.
Most common uses include orthopedic surgeries and vascular procedures such as: barium
studies, endoscopy, fertility studies, angiography, pain management, urology, cardiac
catheterization and other fields.
               The advantage of using a c-arm is that it allows low intensity x-rays to be
amplified, resulting in smaller doses to the patient being treated. The C-arm must be
compact and lightweight to allow easy positioning with adequate space to work around
the patient and a wide range of motion. The name c-arm is derived from the special
arched semi-circular arm which carries both the x-ray source and the detecting device
mobile C-Arm parts.

The advantage of interventional radiology

           Today many conditions that once required surgery can be treated  by
interventional radiologists. Some of these procedures are done for purely diagnostic
purposes (e.g., angiogram), while others are done for treatment purposes (e.g.,
angioplasty). Interventional radiology treatments always offer less risk, pain, and
recovery time compared to the open surgery, and are a major advance in medicine for
patients.
         The basic concept behind interventional radiology is to diagnose or treat
pathology using the least invasive technique possible. Images are used to direct
interventional procedures, which are usually done with needles and narrow tubes called
catheters. The images provide road maps that allow the interventional radiologist to
guide these instruments through the body to the areas containing disease. By minimizing
the physical trauma to the patient, peripheral interventions can reduce infection rates
and recovery time as well as shorten hospital stays.
         Video surveillance equipment of interventional radiology: X-rays, CT,
ultrasound, MRI and so on. X rays--used by x ray machine(mobile x ray machine, fixed x
ray machine) is now widely used by hospitals.

Fluoroscopy in Operating Theatres

             Fluoroscopically guided interventional procedures in the operating theatres are
increasing in developing countries. As fluoroscopy makes interventions less invasive,
there is less patient morbidity and mortality. For some high risk patients,
interventional procedures may be the only alternative as routine surgery may carry
increased risk for the patient.
               Fluoroscopy is now being used by medical personnel spanning a wide range of clinical
specialities. Orthopaedic surgeons use fluoroscopy to perform procedures such as joint
replacement, vertebroplasty or kyphoplasty, implant localization and other procedures
that correct structural deformities of the skeleton.Percutaneous nephrolithotomy(PCNL),
stone extraction, nephrostomy and other relevant procedures are performed under
fluoroscopic guidance by urologists in operating theatres. Vascular surgeons and
anaesthesiologists also use fluoroscopy in operating theatres.
                This expanding use of fluoroscopy outside radiology departments, to other areas where
proper training may be lacking raises radiation protection concerns. Since radiation
doses associated with fluoroscopically guided interventions could be high enough to
cause skin injuries, besides increased probability of developing cancer in future
years, the participating staff should be particularly informed about the means of
radiation protection.

Interventional radiology

               Interventional radiology (known as IR or sometimes VIR for Vascular and Interventional Radiology, also Image-Guided Surgery, Surgical Radiology, and "Pinhole" Surgery) is a specialty of radiology, in which image-guided procedures are used to diagnose and treat a number of diseases across all body systems.
              Interventional radiologists are board-certified physicians who specialize in these minimally invasive, targeted treatments. They offer the most in-depth knowledge of the least invasive treatments available coupled with diagnostic and clinical experience across all specialties.
           They use X-rays, CT, ultrasound, MRI and other imaging methods to advance a catheter or probe in the body to treat at the source of the disease non-surgically. As the inventors of angioplasty and the catheter-delivered stent, which were first used in the legs to treat peripheral arterial disease, interventional radiologists are the pioneers of minimally invasive modern medicines.

Leading medical service

              Recently, China medical service market scale has expanded gradually, but private medical institutions development is relatively lag behind and the whole medical service level is in a lower level.
 In addition, domestic market has a larger demand of leading medical service. The demands are from: The rich people has asked new requirements for medical service; Medical tourism has developed gradually and leading medical insurance products are rich.
                At present, China's leading medical service has done mainly through three channels: Leading general hospital, Leading specialized subject hospital and leading service department of public hospital. In general hospital industry, Shanghai, Beijing and Guangzhou have already 29 brands and nearly one hundred leading medical institutions. Among of them, there are 90% joint ventures/cooperation enterprises. Specialized subject leading hospital’s threshold is relatively low, especially ophthalmology, dental and specialized subject hospital on women and children have developed fast. But they are lack of experts and medical equipments, such as digital x ray machine, high frequency mobile x ray machine, mobile c arm. Leading services of public hospital have not only developed early, but also the form is various.
Leading medical service development has concluded two trends: Market competition is vehemently and foreign medical group has expanded fast in domestic. Some foreign capital enterprises have entered into market by acquisition; some private medical institutions have gone into leading; Second, The service object and content are diversification.
              Leading medical industry has developed to professional direction. The doctor is lack of that. With leading medical industry development, leading medical has occupied public medical resources gradually; On the one hand, we should strengthen the personnel training of leading medical industry by the social and medical institution interior ; On the other hand, we can introduce oversea physician resources with the cooperation of foreign medical institutions; In addition, for avoiding public hospital leading, we should encourage civilian battalion hospital to develop and meet the demand of the market for leading medical industry.

high quality c arm in perlong medical : PLX112 High Frequency Mobile c arm x ray machine

Usage of c arm x ray machine
The unit is a high frequency mobile surgical X-ray device, and mainly used in orthopaedics for joint of limbs, reset and joint connection with nail, and used in surgery for taking off the foreign matters from the inside of body, heart vessel duct, plant heart, intervene clinic and photography of part of the body.

Features of c arm x ray machine
1.      High frequency high voltage generator assembly
2.      Automatically track fluoroscopy to make the image brightness and clearness optimum;
3.      Automatically store the last image of fluoroscopy to advantage diagnosis;
4.      Extendable electric auxiliary arm, not only save space but also improve the stability of the device.
5.      Mechanical movement, image-manipulation, parameter-modulation, pattern-selection can be operated remotely;
6. With a compact appearance, and easy to operate; Well-organized structure, ease of maintenance

X Ray Exam:Humerus(Upper Arm)

What It IsAn X ray of the humerus is a safe and painless test that uses a small amount of radiation (by mobile x ray machine or stationary x ray machine) to make images of the upper arm (between the shoulder and elbow). During the examination, an  X ray machine sends a beam of radiation through the upper arm, and an image is recorded on a computer or special film. This image shows the soft tissues and the bone in the upper arm, which is called the humerus.
The  X ray image is black and white. Dense body parts that block the passage of the X-ray beam through the body, such as bones, appear white on the  X ray image. Softer body tissues, such as the skin and muscles, allow the  X ray beams to pass through them and appear darker. An X-ray technician takes the  X ray .
An  X ray  technician in the radiology department of a hospital or a health care provider's office takes the  X ray. Two different pictures are usually taken of the humerus: one from the front (anteroposterior view or AP) and one from the side (lateral view).
Why It's Done
A humerus  X ray can help find the cause of common signs or symptoms such as pain, tenderness, swelling, or deformity of the upper arm. It can detect a broken bone; after the bone has been set, it can help determine whether it is in proper alignment and has healed properly.
If surgery of the upper arm is required, an  X ray may be taken to plan for the surgery and assess the results of the operation. Also, an X ray can help detect cysts, tumors, later stages of infection, and other diseases in the bone of the upper arm.

Mobile c arm x ray machine : PLX112E High Frequency Mobile x ray machine

Usage of c arm x ray machine
Orthopaedics:osteopathy,diaplasis,nailing
Surgery:removing foreign body,cardiac catheter, implanting pace maker, interventional therapy,partial radiography, local photography,and other work.

Features of c arm x ray machine
1.New integrated design,compact appearance, convenient operation.;
2.Unique hand-held remote controller, more convenient operation
3.Graphical colorfully LCD touch screen console interface, convenient operation, fashionable design
4.High-quality combined HF-HV X-ray generator, greatly reducing the X-ray irradiation.
5.With the perspective KV, MA automatic tracking feature, the image brightness and definition are automatically set at optimal function.
6.Medical high-resolution progressive output TV system, eight image storage, clearer image and convenient operation

X Ray Exam:Humerus(Upper Arm)

What It Is

An X ray of the humerus is a safe and painless test that uses a small amount of radiation (by mobile x ray machine or stationary x ray machine) to make images of the upper arm (between the shoulder and elbow). During the examination, an  X ray machine sends a beam of radiation through the upper arm, and an image is recorded on a computer or special film. This image shows the soft tissues and the bone in the upper arm, which is called the humerus.

The  X ray image is black and white. Dense body parts that block the passage of the X-ray beam through the body, such as bones, appear white on the  X ray image. Softer body tissues, such as the skin and muscles, allow the  X ray beams to pass through them and appear darker. An X-ray technician takes the  X ray .

An  X ray  technician in the radiology department of a hospital or a health care provider's office takes the  X ray. Two different pictures are usually taken of the humerus: one from the front (anteroposterior view or AP) and one from the side (lateral view).

Why It's Done

A humerus  X ray can help find the cause of common signs or symptoms such as pain, tenderness, swelling, or deformity of the upper arm. It can detect a broken bone; after the bone has been set, it can help determine whether it is in proper alignment and has healed properly.

If surgery of the upper arm is required, an  X ray may be taken to plan for the surgery and assess the results of the operation. Also, an X ray can help detect cysts, tumors, later stages of infection, and other diseases in the bone of the upper arm.

Digital surgical x ray system : PLD 6000 digital x ray machine

PLD6000 High frequency digital x ray systemDigital surgery x ray system
The mode of hte x ray machine is PLD6000

PLD6000   High frequency digital x ray equipment(630mA )

Usages  of 630mA  surgical x ray machine
       This high frequency digital x ray unit is available for medical teaching, research, medical units for X-ray spot film gastrointestinal photography, remote compartment, and other traumatic perspective X-ray photography and other routine check.
        The x ray machine can be apply to the esophagus, chest, stomach, abdomen, limbs for fluoroscopy and spot film photography.

Technical parameters of  630mA surgical x ray machine
Power supply  : Voltage:380V±38V,
                            Frequency:50Hz±1Hz
                            Power:50kW
Radiograohy :    Tube voltage:40kV~150kV
                            Tube Current: 100mA~630mA
Fluoroscopic:    Tube voltage: 40~125kV
                            Tube Current:0.5mA~6mA


Features  of 630mA surgical x ray machine
1.base the optimization principle to produce, excellent config of whole system, satisfy clinical personalized requirement.
2.latest technology of high frequency mainframe, digital image collection, obtain  the high quality image easily.
3.It have friendly user interface , excellent operation system, which can make the equipment  more convenient and easy to operate.
4.multiple safety control, make the image quality and radiation dose to achieve organic balance.
5.strong function of digital image processing, overall compatible with Dicom 3.0 network application .