National and Global Distributor of Premium Medical Products

Kemper Medical, Inc.

National and Global Distributor of Premium Medical Products

  • Regular Health Checkups are Essential After Age 40

    Doctors recommend "once per year" check-ups for people over 40. While it's true that certain doctors believe that checkups every one to three years are sufficient at age 40 and afterwards, there's certainly no harm is getting into the habit of scheduling regular medical checkups annually. When you do go for a yearly checkup, your doctor may be able to notice problems early (if problems are present). One of the secrets of resolving health issues is catching them early.

    Which Tests Should Women Get?

    Women should get pap smears and breast exams, on top of all of the tests that doctors do during routine checkups. As well, women who feel that they may be pre-menopausal or menopausal may want to ask for tests which determine which stage of the menopause process they are in. Other common tests for women over forty include pelvic examinations and ultrasound tests, which help to determine ovary health.

    Which Tests Should Men Get?

    Men should get prostate exams yearly once they turn forty. These tests help to ensure that there aren't any problems. This type of test is sometimes given every two years. Talk to your doctor to see which testing schedule is followed at his medical office. As well, men should get their testosterone levels checked every twelve months. Some men suffer from decreased testosterone levels as they age and the loss of testosterone tends to trigger a range of symptoms, from loss of libido to weight gain to hair loss to loss of energy.

    How to Find a Good Doctor

    If you're used to dropping by a clinic when you need medical assistance and health advice, you should know that there is great value in finding a family doctor, especially when you're over 40. Over 40 is a good time to build a real relationship with one doctor. It's nice to have a doctor who knows you. With a clinic setup, doctors rotate shifts and you may never see the same one twice. With a family doctor, you'll always be seeing the same physician. Just Google your town or city, plus the search terms, "family doctor accepting new patients" and see what pops up. You may also want to check out reviews of family doctors who are currently accepting new patients.

    When you get a checkup once a year and get the right tests for your gender, you'll guard your good health. So, why not book an appointment for an annual check-up today?

  • How to Ensure Hygiene For Medical Equipment and Accessories

    Ensuring hygiene for medical equipment and accessories is a three-step process, which typically includes cleaning, disinfecting and sterilizing. When it comes to reprocessing (for accessories and equipment which will be re-used), health care providers will need to ask themselves some questions before they come up with the ideal process for establishing good hygiene. For example, how is the piece of equipment or accessory going to be utilized? Whose responsibility is it to clean it? Should it disinfected or sterilized? Am I qualified to do this?

    How to Clean Items

    First, you should begin by wearing protective equipment. Your workplace probably has policies and guidelines in place in terms of what people should wear as they clean medical equipment and accessories. Usually, people wear gowns, shoe covers, masks and gloves, but it varies. Wash you hands before donning gloves or taking them off.

    Clean items with the cleaning solution that is provided for this purpose within your workplace.

    How to Disinfect Items

    According to expert, Spaulding, whose guidelines are widely followed and respected, the level of disinfection which is needed depends on the level of risk of infection involved with utilized items. Items should therefore be classified as presenting critical, semi-critical or non-critical risks of infection. Disinfection is not the same of sterilization. With disinfection, microorganisms which are harmful may be reduced or eliminated. With sterilization, all microrganisms are killed.

    To disinfect, prepare the disinfectant solution used for this purpose. Then, wipe down surfaces and items with it. Wear protective gear as you disinfect.

    How to Sterilize Items

    To effectively sterilize all items, such as medical instruments, you will need an autoclave machine. This type of machine will utilize high temperature steam which is emitted at high pressure over a defined time period in order to kill all germs.

    Follow Careful Processes Daily

    Always be consistent about grading medical equipment or accessories and then decide on the right cleaning system for each piece of equipment or item. Once you do this, and then clean via disinfection or sterilization, hygiene at your medical facility will be as good as it can be. Also, always be sure that you are wearing the right protective gear. Proper hygiene practices for medical equipment will help you to keep patients at your facility safe and it will also be a great way to protect the health and safety of medical personnel. Be sure to clean with appropriate solutions.

  • Medical Imaging – PACS


    PACS is an acronym for Picture Archive and Communication System, which is a medical imaging technology that provides access to viewing, storing, receiving and sending exams from various modalities. PACS eliminates the need for and associated costs of film, including laborious viewing, filing and transporting. PACS makes workflow more efficient for radiologists, technologists, referring physicians and staff. It also greatly improves patient care, delivering quick turnaround of exam interpretation by both on-site and remote diagnosis.

    Modalities frequently viewed and stored on PACS include:

    • X-Ray
    • CR - Computer Radiography
    • DR - Digital Radiography
    • US – Ultrasound
    • MRI - Magnetic Resonance Imaging
    • CT - Computed Tomography
    • PET - Positron Emission Tomography
    • MG – Mammography
    • Nuclear Medicine
    • and many others.


    PACS providers may offer a viewer, storage and disaster recovery layer. Viewers have functionality which allows users to manipulate images. Some basic functionality includes:

    • hanging protocol layout - generic & custom
    • splitting display windows vertically & horizontally
    • cross reference - active window cross-referenced against all other intersecting images
    • anatomic grouping - links relevant images within active exam
    • window/level values
    • filter sharpen
    • zoom/magnify/pan
    • annotate - symbols/comments/measurements
    • cine

    Some PACS providers design additional advanced functionalities as native to their viewer software, while others may launch third-party systems to deliver added functionality, if at all. Advanced viewer functionalities also available include:

    • MPR - Multi-Planar Reconstruction - creates new image from selected slices of original
    • MIP - Maximum Intensity Projection
    • anatomic triangulation - synchronizes all visible series to same anatomic region
    • PET Fusion - PET CT
    • Tomosynthesis
    • Critical Result alerts - Radiologist may note, broadcast and monitor critical findings with referring
    • Peer Review - allows radiologists to score results from studies previously dictated by others
    • ED Discrepancy - Emergency Department Discrepancy


    PACS access used to require an on-site workstation at a facility. With the advent of the internet, and secure communication capability, remote access has become both common and expected. Remote access provides a convenience to physicians--who can now, literally, read exams anywhere they have an internet connection--and created a market for teleradiology, allowing radiologists to receive exams day and night, interpreting and responding within a promised, finite time period. Accessing PACS remotely must be secure, which often requires the use of a VPN (Virtual Private Network).


    Radiologists using PACS to interpret exams need the means to record their interpretation into a report. This is often done using voice recognition, or dictation into a recorder which is subsequently accessed by a transcriptionist memorializing the results into a typed document. Radiologist reports are made available to the referring physicians through a variety of means. Some basic PACS providers fax or email reports; sophisticated PACS providers allow secure access to referring physicians on their system remotely, delivering not only reports, but access to images, key image summaries, print pages and other useful patient and study documentation.


    Many PACS providers install hardware on-site at a facility. Some offer access via the cloud, hosting at a data center. Though both have their advantages, using a data center removes the concerns normally associated with protecting and monitoring an on-site computer room. However, getting exams securely transmitted from a facility to a data center usually requires a VPN.

    Medical archives can consist of online and offline status exams. Online are typically on SSD or spinning disc servers, and retrievable within seconds. Offline archives may also be stored on spinning disc, or in fully-automated, robotic jukeboxes. These comparison exams are older and retrieved less frequently, so they can be stored in formats that may not be available instantaneously.


    Disaster recovery is an additional layer of protection, where, at a minimum, duplicate copies of exams are stored in a separate location or on a different format, in order to ensure a level of comfort from an act of God destroying archives, a facility or worse. More experienced PACS companies not only preserve images, but offer duplication of all aspects of a work environment, so restoration after a calamity, though rare, can be efficient and thorough.

    Installation of PACS is usually a long-term commitment, with the expectation of a forecasted volume of exams on an annual basis, equating to a significant capital expense and multi-year relationship. Also, ongoing maintenance and support, along with software upgrades, are usually additional expenses.


    The ImageQube Cloud data center delivers convenient access to PACS with no on-site hardware installation required! All modalities are displayed, including PET Fusion, Digital Mammography and Tomography. ImageQube offers built-in advanced functionality, including MPR, Peer Review, Critical Results, ED Discrepancy, Instant Messaging, Teleradiology and much more.


    ImageQube Cloud makes PACS available without any of the usual constraints:

    • No Minimum Volume
    • No Commitment
    • No Up-Front Cost
    • Vendor Neutral Archive
    • Secure Communication - no VPN required
    • Unlimited Licenses
    • Disaster Recovery layer

    ImageQube is platform independent, so the PACS viewer runs on any desktop operating system; users can work on a PC, Mac or Linux workstation. Our teleradiology module allows study data to be pushed to specified users for totally secure, diagnostic, on-call capabilities. It's encrypted and secure, with site-specific, remote imaging available anywhere. Scalable and fault-tolerant, it fits the needs of users and facilities of any size. So, the needs of multi-site hospitals, outpatient imaging centers and even individual teleradiologists can be met without sacrificing functionality or budget. Its paperless workflow includes the ability to drag 'n drop documents directly into a patient's portfolio. Referring physicians can be granted encrypted secure access to reports, images, key image summaries, print pages and critical result alerts, without requiring a VPN.

    ImageQube Cloud also includes software upgrades and maintenance and support at no additional cost. Support is available 24/7, while auto-diagnostics deliver hands-free monitoring with pre-alerts of any potential problems. Archives are DICOM and vendor neutral. Our disaster recovery provides a duplicate layer of protection, archiving images, the database and user preferences, eliminating threats from viruses, hackers, ransomware and media failures. Using our secure DICOM upload application, exams are transmitted to the data center without requiring a VPN.

    With "how to" videos accessible online and no on-site hardware installation required, ImageQube Cloud is almost DIY; no IT department is needed. Check out ImageQube Cloud with a no-obligation, free trial!

  • Why CPR and First Aid Lessons Are Necessary For Common Men and Women

    In life, anything can happen. A health emergency may occur at any time. Sometimes, medical personnel and other emergency personnel can't get to a location quickly enough to save a life. This is when common men and women who have taken CPR and first aid lessons become heroes and heroines. They are able to administer CPR/first aid when it's needed the most.

    While many of us think that CPR and first aid lessons are just for medical personnel, such as doctors, nurses and paramedics, the truth is that everyone should have this type of training. Luckily, it's very simple to find this kind of training in most communities.

    What Is CPR Training?

    CPR stands for cardiopulmonary resuscitation. It's a technique which is designed to save lives. It's helpful in all sorts of emergencies. For example, if a person has a heart attack or almost drowns, and they aren't breathing, or their heart has stopped beating, administering CPR may stimulate the person's heart and get it going again.

    A variety of techniques are utilized in CPR, including chest compressions. These techniques pump the heart and make it possible for blood to circulate. When blood does circulate, precious oxygen is delivered to the brain, until a more definitive treatment may be used in order to make the heart function again.

    According to the American Heart Association, everyone should know CPR. It's always better to give CPR to someone in crisis, rather than doing nothing.

    What Are First Aid Lessons?

    Standard First Aid training usually includes CPR training. It's often required for employees, but it's also a good choice for anyone, whether they are mandated to have a first aid certification for work or not. When you access this form of training, you'll be able to respond to emergencies more effectively. When you choose first aid, you'll learn how to prepare to respond and so much more!

    For example, you'll also understand what the Emergency Medical System is. In addition, you'll learn how to check, how to call and how to care. Other topics covered in a typical first aid course of the standard type include how to deal with airway emergencies, how to handle breathing and circulation emergencies and how to deal with cardiac arrest and respiratory first aid. Other subject matter may also be discussed during classes.

    How to Find Classes

    The Red Cross offers courses in Standard First Aid which are accessible in most communities. So, why not get up to speed on CPR and First Aid today?

  • Benefits of Utilizing Radiology and Digital X-rays for Patient Diagnosis and Treatment

    Radiology and digital x-rays help medical personnel to diagnose health problems in patients and then create appropriate treatment plans. Radiology and digital x-rays give doctors the capacity to look inside of the human body and isolate (or exclude the presence of) a vast assortment of medical issues. Also, dentists use x-rays to find the best ways of helping their patients.

    Since radiology and digital X-rays make it possible to diagnose a lot of diseases and dental problems, they are valuable tools. In general, radiation is something that most people are afraid of, unless they know enough about it to understand how various levels of radiation affect the human body. This is why some people are still afraid of radiology and digital x-rays!

    Some forms of radiology expose patients to more radiation than others. For example, dental x-rays generally expose patients to the same amount of radiation that they'd be exposed to during short flights on major airline jets. In contrast, with radiation oncology, patients receive radiation in order to treat their cancer health issues. With radiation oncology (radiotherapy), the radiation itself is the treatment. You shouldn't compare radiology, which is imaging, with radiotherapy, which is cancer treatment. They are very different.

    Technology is Moving Forward

    When you choose to utilize radiology and digital x-rays in order to better serve the needs of your medical or dental patients, you will gain access to technology which is very advanced. Imaging has come a long way and more advances have been made in this area of health/dental care than in most other facets of medical and dental care. These days, ultra-modern equipment is available which allows practitioners to confirm their diagnoses, manage illnesses and monitor responses to treatments.

    Almost everyone in America has gotten benefits from radiology and digital X-rays. For example, a person with a nasty cough might get a basic chest X-ray, whereas someone who got hurt during a game of baseball might have his or her bone "X-rayed". X-rays have been around since 1895 and CT scans are considered to be one of the key developments in medicine over the past four decades.

    Getting great equipment from respected manufacturers and making sure that you implement the best safety measures will be the key to getting going with radiology and digital X-rays. Expect to invest in a range of safety accessories, including lead aprons and thyroid collars. What you'll need to buy depends on what you'll be doing with your radiology/digital X-ray equipment.

  • Which Safety Measures Are Taken During Dental X-Rays?

    Usually, dentists adhere to ADA (American Dental Association) guidelines when they give patients dental X-rays. With this in mind, we're going to talk about these ADA-recommended safety measures today. Once you've read this article, you'll see that a lot of safety measures are taken. Dentists definitely care about the safety of their patients!

    Digital Technology Is Preferred

    Top-notch dental clinics will generally utilize cutting-edge digital technology for X-rays. It's preferred because it's safer and more effective than the old-fashioned X-ray method, which involves the usage of high-speed film.

    As well, great dental clinics will ensure that scheduled maintenance of X-ray machines is conducted. When equipment for taking dental X-rays is in perfect working order, patients are safer.

    Some dental clinic staff members help to keep patients safer by utilizing existing X-rays, provided that they are up to date and show accurate visual data. For example, when patients are referred to orthodontists, digital files may be shared with orthodontists in order to remove the necessity for other rounds of X-rays. It's also common practice that dental clinics reuse X-rays which were taken for other purposes.

    Patients Are Shielded From Radiation

    Another important facet of safety measures for dental patients who are getting X-rays is the usage of protective devices. For example, patients may be shielded from radiation via lead collars which are very protective, as well as aprons which are also protective.

    There are an array of practical ways to protect dental patients. For example, some dental practitioners utilize E-speed films. Others use thyroid collars and/or lead aprons. Most dental clinics feature lead partitions and other clinics utilize a rule known as the "position distance" rule in order to keep patients safe. Also, dental X-ray technicians make an effort to stand at the safest angle to X-ray machines. Less common methods of protecting patients include walls which are leaded and film badges.

    Facts About Dental X-rays

    When compared with most other types of X-rays, dental X-rays are low-dose in terms of radiation. The amount of radiation that a patient will be exposed to during dental X-rays is roughly the same as the quantity of radiation exposure that a passenger is exposed to during an airplane flight with a duration of one to two hours.

    Since dental X-rays don't expose patients to a lot of radiation, and dentists take care to use safety measures while doing X-rays of patients, there is really nothing for most patients to worry about.

  • Radiation Protection Glasses – A Genuine Concern

    From the neighborhood conveyance driver to the globally prestigious neurosurgeon, each activity has its own potential dangers. Lamentably, a considerable lot of these dangers aren't simply speculative, genuine injuries happen each day. It is extremely common for wounds to strike one region of the body specifically, the eyes. As indicated by the Centers For Disease Control And Prevention (CDC): "Every day around 2000 U.S. specialists manage a vocation related eye damage that requires medical treatment. Approximately 33% of the wounds are dealt with in clinic/hospital emergency departments, and more than 100 of these wounds result in extended time away from work." That is a stunning measurement, particularly since protective eyewear is so broadly accessible.

    Radiation: A Genuine Hazard

    Occupational radiation is one of the offenders of the eye issues specified previously. It is such an issue, to the point that the International Atomic Energy Agency (IAEA) holds meetings to talk about and shape plans of action to protect the huge number of individuals around the globe that work with ionizing radiation. Professionals in danger include but are not limited to those in the medical fields that work with x-rays, ie. fluoroscopy and cath labs. The utilization of radiation to analyze and treat diseases keeps developing throughout the world. The advantages for those suffering from disease has been considerable. Be that as it may, there are dangers associated with the introduction of radiation to the diagnosis or treatment of these diseases. Medical offices protect the parts of the patients' bodies that are not being investigated or treated. In many cases though, the staff is not provided radiation protection other than standard aprons. Unfortunately, albeit most professionals are mindful so as to shield their bodies from radiation, many don't protect their eyes from radiation.


    One of the more common effects of radiation exposure is cataracts. Since cataracts grow gradually, they don't generally cause noticeable side effects immediately. However, once they have started, they will affect vision and could lead to severe visual deficiency. Cataracts are, at present, the main source of visual impairment on the planet. Medical professionals are often not in a position to prevent the damage to their eyes. These that can be maintained a strategic distance from with the correct radiation security glasses:

    • Blurry vision that continuously turns out to be exceptionally cloudy.
    • Poor nighttime vision.
    • Light sensitivity that can be painful.
    • Frequent Rx sight changes.
    • Colors begin to show "yellowing".
    • The need for surgical correction.

    Picking The Correct Radiation Protection Glasses

    As indicated by the American Optometric Affiliation (AOA), there are two principle explanations behind work environment eye injuries. One of them is that workers aren't wearing radiation protection eyewear of any kind. The second reason is that they are wearing the wrong kind of eye protection. The following are a few things to keep in mind to help you choose the correct type of protection eyewear:

    The determinations should meet or surpass OSHA directions for the particular radiation level and procedures the staff are involved with. Additionally, the absence of an OSHA regulation for a particular profession does not really mean there is no threat included. Facilities and staff members all need to take active role and taking radiation safety precautions.

    Despite the fact that eye safety is the inspiration for purchasing these glasses, they need to be comfortable otherwise it is too tempting to not wear them. The type of frame chosen must also allow the professional to complete all tasks without having to remove them.

    If any staff wear prescription glasses, fitover style glasses will fill the radiation protection need without sacrificing visual acuity. If fitovers are not a good option then prescription radiation protection glasses should be purchased.

    Unfortunately, eye damage can make anything from minor discomfort possible visual impairment. Fortunately though, work environment eye damage is very preventable. In fact,, it is projected that utilizing the right type of safety eyewear can avert around 90% of genuine eye injuries. In any case, a great many representatives, incorporating those that work with radiation, are as yet getting harmed each and every day. Since radiation absorption is cumulative, it is essential that protective eyewear is worn early in one's profession and continuously.

  • X-ray Markers

    X-Ray MarkersWhether it’s a dentist's office, a veterinarian clinic, a hospital, or a chiropractic facility, professional radiological technicians are required to use x-ray markers to complete their x-ray diagnostic procedures. These technicians are trained on how to use these tools during their schooling, and knowledge of how to properly use them in their respective fields is expected.

    X-ray markers are also often referred to as:

    • Radiologic film identification markers
    • Pb markers
    • Lead markers
    • X-ray lead markers
    • Anatomical side markers

    The reason for these devices is to allow rad techs and other professionals to indicate important information on their x-rays, such as specifying the left and right side of the body, the position of the body at the time of the x-ray, the name of the patient, date and time of the taking of the x-ray, and the radiographer’s initials, among other things.

    Using Kemper Medical x-ray markers is a crucial factor in completing x-ray diagnostics, and should be utilized any time x-rays are taken for a medical procedure.

    We provide a wide range of x-ray markers, all of which are manufactured by leading medical supply companies that have maintained a good reputation through their high quality products. Kemper Medical is proud to assist doctors, surgeons, and technicians of all kinds with high quality x-ray markers, and we offer them at prices that are affordable.

    The Medical Importance of X-ray Markers

    X-Ray MarkersX-ray markers are a crucial aspect of the radiological diagnostic process, and rad techs should have all been trained on their proper use. They should know to position their markers within the main beam of the radiographs, for example, and have a rudimentary understanding of how to indicate certain key details such as the left and right side of the body part being x-rayed.

    In fact, the distinction between the right and left side of the body is the main reason for x-ray markers, as failing to indicate this could mean a severe misdiagnosis. Some conditions in which a left/right indication is crucial include:

    • Dextrocardia: A congenital condition where the heart is situated in the right side of the chest instead of the left.
    • Situs Inversus: This condition results in all of the bodily organs being situated in the opposite side of the body.

    A misdiagnosis of either of these conditions can have disastrous effects, however, there is a wide range of other more subtle medical conditions in which the right and left sides of the body must be clearly indicated as well.

    In practically every medical facility, x-ray markers are a non-negotiable requirement. No matter how arbitrary it may seem for some medical issues, all x-rays need to be clearly marked with a left/right indication to ensure proper diagnosis and treatment.

    The Legal Importance of X-ray Markers

    X-Ray MarkersBeyond their various medical purposes, x-ray markers are also an important factor for legal reasons. Rad techs should always use these devices in their x-ray diagnostics, as not doing so would void their function as legal documents in case a medical facility is ever to be sued. Before an x-ray can be officially considered a legal document, radiation must pass through the x-ray marker so as to make it visible and readable on the x-ray image, clearly distinguishing the left side of the body from the right.

    A rad tech’s initials may be required on the x-ray image, depending on the medical facility. This may require rad techs to possess their own x-ray lead markers that include their initials.

    Different Kinds of X-ray Markers

    • Standard Left/Right X-ray Markers: The proper indication of the left and right sides of the patient is crucial for medical and legal reasons when it comes to x-ray diagnostics, and it is for this reason that all medical facilities should at least have the standard x-ray markers. These markers come in a set that includes color coded left and right markers. The right markers are red and the left markers are blue, which makes identifying left and right very easy.
    • Informative X-ray Markers: These markers give rad techs the ability to easily record information such as the patient’s name, the procedure, the date and time, time elapsed, and measurement standards. These markers allow for more information recording beyond the mere left/right mark.
    • Positioning X-ray Markers: Some treatments require information regarding positioning at the time the x-ray was taken. These markers allow rad techs to indicate the position of the patient, such as whether they were supine or erect, or whether or not the x-ray was taken at the time the patient’s body part was weight bearing. Some standard left/right x-ray markers feature a bubble compartment which holds three lead balls. These balls are used to indicate the position in which the x-ray was taken without the use of separate positioning x-ray markers.
    • Mammography X-ray Markers: With these markers, you will get a standardized set of abbreviations created by American College of Radiology (ACR). These markers will include degree markers, R/L/M designations, and base abbreviations on separate markers. Due to the range of the markers in these particular sets, rad techs are able to label and identify a wide variety of mammographic images through various imprints.
    • Skin Markers: With these markers, rad techs can highlight specific skin areas for more detailed diagnostics. These areas include semi-translucent markers, bb markers, lead wire markers, and scar tissue wire.
    • Sun-Dial X-ray Markers: These x-ray monitors feature a rotating centerpiece that can designate information around the marker’s face. Rad techs can also use this x-ray marker to record the amount of time that’s passed since the initial injury, or since the admittance of the patient for medical care. Time frames of a quarter of an hour to 48 hours can be indicated by turning the center dial. This x-ray marker allows rad techs to easily record a range of information on their x-rays.

    Further Advances In X-ray Marker Technology

    Your x-ray markers may be in need of an update, as a lot of innovation has occured in recent years, including:

    • Copper Backing: X-ray markers that feature copper filtering tend to be used with higher KV settings.
    • Wafer Thin Markers: These are great x-ray markers to use with newer digital equipment, and have a very easy bucky clearance.
    • Clip Markers: These make attaching a marker to a cassette very easy.
    • Classic Elite Markers: The technology involved with this industry standard has advanced to meet modern imaging procedures.

    If you need advanced x-ray markers at affordable prices, Kemper Medical provides them. We are a worldwide distributor of top of the line medical products that are essential to modern radiation specialists.

  • Rad Tech X-ray Markers

    Rad Tech X-Ray MarkersMost health facilities require radiological professionals. Whether it’s at a hospital, a dentist office, veterinarian clinic, or a chiropractic facility, the radiological professionals who work there will have plenty of knowledge on the topic of rad tech x-ray markers.

    These tools go by a variety of different names, including:

    • Radiologic film identification markers
    • Pb markers
    • Lead markers
    • X-ray lead markers
    • Anatomical side markers

    The purpose of a rad tech x-ray marker is to give a radiological professional the ability to mark x-ray films so as to provide important data relevant to the x-ray. This data can range from an indication of whether they are dealing with the right or left side of the body, the body’s position, date and time the x-ray was taken, the name of the patient, and the radiographer’s initials. Kemper Medical rad tech x-ray markers should be used whenever x-rays are taken for medical procedures.

    Kemper Medical provides a wide range of rad tech x-ray markers at low prices. However, low prices does not mean you are getting an inferior product. The equipment we provide is all manufactured by leading medical supply companies who have maintained a reputation for excellent products.

    Why Rad Tech X-ray Markers Are Medically Important

    Rad Tech X-Ray MarkersX-ray markers are an essential part of the x-ray process. If a radiological technicians has been properly trained as a radiological technician, they will have been trained on how to use these tools. For instance: they should know to position their marker within the main beam of radiographs.

    The most important reason radiological professionals use rad tech x-ray markers is to distinguish the patient’s right from left. Without doing so, improper diagnosis of certain conditions can occur, including:

    • Dextrocardia: This is a congenital condition in which the heart is situated on the right side of the body rather than the left.
    • Situs Inversus: This is a condition in which the internal organs are all located in the opposite side in the body.

    While misdiagnosing these problems can lead to some obvious medical failures, there are plenty of less obvious medical problems in which failing to distinguish the left/right side of the body can have disastrous effects. Rad tech x-ray markers are a requirement in virtually all medical facilities. A clear and distinct left/right indication must be marked on all x-rays, no matter how arbitrary it may seem in some circumstances. The proper indication of the position of certain injuries can be crucial to the health and care of the patient.

    Why Rad Tech X-ray Markers Are Legally Important

    Rad Tech X-Ray MarkersThe necessity of rad tech x-ray markers in the medical field goes beyond their mere medical utility. There are plenty of legal reasons as to why radiological technicians must use these in their x-ray diagnostics. On some occasions, x-rays are used as legal documents, such as in cases where a medical facility is being sued. For x-rays to be officially recognized as legal documents, radiation has to pass through the marker so that it is visible and readable on the x-ray image.

    Legally speaking, an x-ray must properly distinguish the left vs. right side of the x-ray. Many medical facilities also require the rad tech’s initials on the x-ray image, which is why they require rad techs to have their own x-ray lead markers that include their initials.

    Various Types of Rad Tech X-ray Lead Markers

    • Standard Left/Right X-ray Markers: Properly indicating the left and right sides of the patient in x-rays is both medically and legally imperative. At the very least, a medical facility should have the standard x-ray marker, which comes in a set that includes color coded left and right markers. Traditionally, right markers are red and left markers are blue. This simple distinction makes identifying left and right very easy during x-ray procedures.
    • Informative X-ray Markers: These can be used to provide more information beyond the mere left/right indication. This information can include the patient’s name, the procedure date, time, and time elapsed, as well as measurement standards.
    • Positioning X-ray Markers: Specific positioning information may be required by a medical facility under certain circumstances. Information regarding positioning may include whether the client was supine or erect. Another example would be whether or not the image was taken while the patient’s body part was weight bearing. Some of the more standard left/right x-ray markers include a bubble compartment feature that holds three lead balls. The purpose of these balls is to indicate the position in which the x-ray was taken sans separate positioning x-ray markers.
    • Sun-Dial X-ray Markers: These feature a rotating centerpiece for designating specific information around the face of the marker. This x-ray marker can be used in order to record how much time has passed since the patient sustained an injury or was admitted for care. The center dial on this particular x-ray lead marker can be turned in order to indicate time frames anywhere from a quarter of an hour to 48 hours. These devices give radiological technicians the ability to record a wide range of information on x-rays very easily.
    • Skin Markers: These can be used to highlight certain areas of the skin to improve diagnostic imaging. These include semi-translucent markers, bb markers, lead wire markers, and scar tissue wire.
    • Mammography X-ray Markers: These markers include a standardized set of abbreviations created by American College of Radiology (ACR). Proper mammography x-ray markers include degree markers, R/L/M designations, and base abbreviations on separate markers. Because of the range of the markers in these sets, radiological technicians can better label and identify various mammographic images via certain imprints.

    Recent Advances in Rad Tech X-ray Marker Technology

    Rad Tech X-Ray MarkersIf you haven’t updated your x-ray markers in a while, you may be surprised to find just how much innovation has been accomplished in recent years.

    • Copper Backing: Rad tech x-rays with copper filtering are often used with higher KV settings.
    • Wafer Thin Markers: These have very easy bucky clearance, and are great when used with newer digital equipment.
    • Clip Markers: These are used when you need to attach a marker to a cassette for portable imaging.
    • Classic Elite Markers: Although these are an industry standard, the technology involved has advanced in order to meet modern imaging procedures.

    Kemper Medical can provide all of these advanced rad tech x-ray markers. As a worldwide distributor of leading medical products, you can rest assured you are getting some of the highest quality medical products available today at prices that are affordable. Our products are essential to every radiation specialist, both medically and legally, for recording the information necessary for proper diagnosis and treatment.

  • Laser Protective Glasses

    Laser Protective Glasses - ARGON ALIGNMENT LASER SAFETY GLASSES - MODEL #66Fluoroscopy is a common x-ray diagnostic technique that generates a movie via x-ray. The movie created through fluoroscopy gives doctors and surgeons a greater visual picture of the internal structures of the patient, allowing them to see the actual functioning of their internal organs.

    Fluoroscopy has technically existed since the 1890’s, just after the x-ray was discovered. Early fluoroscopes were very simple, comprised of little more than cardboard funnels that were opened at narrow ends for the eyes of observers, while the wide ends were closed using thin, cardboard pieces coated in fluorescent metal salt. Images obtained this way were very faint, requiring early radiologists to sit in a darkened room and let their eyes adjust, so as to be more sensitive to the faint light. It is in these darkened rooms that the procedure would be performed.

    The technology behind fluoroscopy was further developed by Thomas Edison. Eventually, imaging became high quality enough to allow for the commercialization of fluoroscopes.

    With the development of fluoroscopy x-ray diagnostics came the need for greater visual protection, and laser protective glasses are commonly used by doctors to ensure their visual safety. Although this is not a requirement of all surgical departments, laser protective glasses provide technicians, surgeons, and other people the protection they need while working close to fluoroscopes that emit high frequency radiation. In fact, a study published by the National Institute of Health (NIH) showed that “On average, the use of leaded glasses reduced radiation to the surgeon phantom’s eye by tenfold, a 90% reduction in dose”.

    Laser Protective Glasses Will Protect Eyes During Surgery

    Laser Protective Glasses - GREEN BEAM LASER STRIKE SAFETY GLASSES FOR PILOTS / POLICE / EMERGENCY PERSONNELLaser protective glasses provide a high level of protection to anyone who is working around powerful radiological equipment such as fluoroscopes. Eye protection is less of a concern for the patient, as the general public is only exposed to these levels of radiation on a relatively rare basis. However, doctors, surgeons, and technicians who are exposed to these levels of radiation on a consistent basis do require a higher degree of protection, as much of the danger of radiation exposure lies in the building up of doses over time.

    Laser protective glasses help protect many different parts of your eyes that are sensitive to radiation, including:

    • Retinal Blood Vessels: The tiny veins and arteries in the eye
    • Conjunctiva: The mucous membrane that covers the front of the eye
    • Lenses: The clear part of the eye that directs and focuses light
    • Sclera: The white outer layer that comprises most of the visible eye
    • Irises: The colored disc that surrounds the pupil

    Consistent exposure to radiation can cause a number of problems, and one of the most common problems associated with vision is cardiac development. Cardiacs are a clouding of the lens, which is normally clear. While cataracts often occur naturally with age, radiation induced cataracts form on the back of the lens. Symptoms involved with radiation induced cataracts include:

    • Cloudy or dim vision
    • Seeing auras or “halos” around lights and objects
    • Sensitivity to light
    • Inability to see at night
    • Colors begin to fade

    Who Should Be Wearing Laser Protective Glasses?

    laser protective glasses - ARGON ALIGNMENT 3 LASER SAFETY GLASSES - MODEL #600Anyone who is working directly with technology that emits high frequency radiation should be wearing laser protective glasses, whether it is inside or outside of an operating theater. Dental assistant, surgeons, nurses, radiation technicians, and many other people require laser protective glasses for consistent eye protection, to mitigate radiation dosage over time, and to prevent possibly irreversible eye damage.

    Forms of direct operating equipment one would work with that would require the use of laser protective glasses include:

    • Fluoroscopes
    • Interventional radiological equipment
    • Digital x-rays
    • Traditional x-rays
    • CT image scanners

    When it comes to personal protective equipment (PPE), the vast majority of medical facilities maintain strict regulations in terms of what equipment must be used, and when. It is never a bad idea to protect your eyesight, especially when working with high frequency radiation.

    Why Laser Protective Glasses Are Required

    A lot of radiation emitting equipment is operated directly, rather than from the safety of a remote, shielded room. Surgeons, surgical nurses, anesthesiologists, and many others work in close proximity to this equipment, and the proper use of laser protective glasses will greatly reduce radiation exposure to their eyes.

    laser protective glasses - LASER STRIKE BLUE/GREEN/RED BEAM REDUCTION SAFETY GLASSES FOR PILOTS / POLICE / EMERGENCY PERSONNELThere are two things to consider when working with equipment that emits high frequency radiation. First is “primary beam radiation”. This is the concentrated and directed x-rays emitted from the equipment. It is obvious that anyone should limit their exposure to this kind of radiation as much as possible.

    However, there is a secondary form of radiation that is less direct, called “scatter radiation”. This can be just as harmful as primary beam radiation. Scatter radiation is radiation that has bounced off of surface areas surrounding the equipment, including the patient, medical equipment, surgical team, and surrounding walls and furniture. Although the radiation is scattered out over a larger area, and the rays themselves have reduced in frequency, they are still dangerous.

    Radiation can scatter a number of times off of a variety of different surfaces, meaning that a direct line of sight is not required for one to become exposed to radiation.

    Laser protective glasses, as well as other forms of personal protective equipment, are essential when working with and around technology that emits high frequency radiation. Surgeon’s eyes are more susceptible to radiation exposure and damage while they are turned away from radiology equipment. High quality laser protective glasses will protect their eyes from both direct and scatter radiation when facing the scanning equipment, but larger styles of laser protective glasses with wrap-around sides will provide the maximum level of visual safety when you must be facing away from the equipment.

    You Can Buy the Best Laser Protective Glasses from Kemper Medical

    Laser Protective Glasses by Kemper MedicalThe most crucial factor to consider when buying laser protective glasses is the level of protection they provide. While factors such as style and comfort may very well be tempting things to consider - as glasses that do not meet these criteria are less likely to be worn consistently by professionals - they should not outweigh the importance of personal safety. Your level of visual safety should be the number one determining factor when it comes to purchasing laser protective glasses, and at Kemper Medical, you will find products that meet and exceed your safety requirements.

    We offer a wide range of laser protective glasses at affordable prices. Whether you need prescription or non-prescription lenses, they are available at Kemper Medical, in order to ensure the proper radiological protection for anyone in the medical industry.

    Kemper Medical carries the best brands available, giving you the protection you need at the prices you can afford.

1-10 of 45

  1. 1
  2. 2
  3. 3
  4. 4
  5. 5