It helps the machine to move precisely, ensuring accurate images. Keeping this gear well-maintained is very important. The CT scan might not give clear pictures if the gear is not working correctly. Regular checks and maintenance can keep CT scan machines running smoothly, helping in accurate diagnosis.
Keep reading to learn about the benefits of replacing worn-out or damaged axial encoder gears.
Regular replacement of axial encoder gears is essential for keeping the pictures from GE CT scanners clear and sharp. Think of it like changing the oil in a car; if you don't do it regularly, the car won't run smoothly.
In the same way, if the axial encoder gears in a CT scanner are old or damaged, the scanner won't be able to take quality images. This means doctors might be unable to see what is happening inside a patient's body.
By replacing these gears when needed, you can ensure your CT scanner works perfectly.
If the axial encoder gears in a CT scanner aren't working right, the scanner can stop working. This means doctors can't use it to diagnose patients until it's fixed. This unexpected downtime can be costly and cause delays in patient care.
Regularly checking the condition of these important CT scanner parts and replacing them when necessary can prevent this.
Addressing a malfunctioning axial encoder gear on time can save money. Instead of paying for extensive repairs or even replacing the whole CT scanner, replacing the gear can significantly reduce costs.
This is why regular maintenance and prompt replacement of worn-out gears is crucial. It ensures the smooth functioning of the CT scanner and helps medical facilities save money.
When an axial encoder gear in a CT scanner isn't working right, it's like a domino effect. This one small part can cause trouble for bigger parts of the scanner.
For example, the gears in a CT scanner work together to move the machine and take images. If one of these gears is faulty, it can put extra strain on other components. This added stress could lead to more severe damage and costly repairs.
By regularly checking and replacing worn-out or damaged axial encoder gears, you can prevent this domino effect from happening and ensure the longevity of your CT scanner.
If you need high-quality axial encoder gears for GE CT scanners, Sigmed Imaging has got you covered. We offer a wide selection of parts and accessories for medical imaging equipment, including axial encoder gears. Contact us to learn more about our high-quality CT scanner parts!
]]>The 5175024 RW Preamp PWA is responsible for amplifying the signals that come from the detectors within the scanner. These signals are extremely faint; without amplification, they would be too weak to use for creating an image.
Want to learn more about how the RW Preamp PWA is the unsung hero of GE CT/PET scanner technology? If so, keep reading.
In medical imaging, the tiny signals from radiation detectors are like whispers that can easily get lost in the noise. But fear not because the RW Preamp PWA is here to amplify those signals and make them loud enough for the scanner to use. This important component plays a vital role in creating detailed images that doctors use to diagnose and treat patients.
Without the RW Preamp PWA, these signals would be too weak to see anything meaningful in the final images. It's like trying to listen to a quiet conversation in a crowded room without an amplifier - nearly impossible!
But thanks to the RW Preamp PWA, even the faintest signals can be boosted and turned into clear images that help doctors see inside the body and make more accurate diagnoses.
When gamma rays hit the detectors in a PET scanner, they create analog signals, which are like continuous waves that can have any value. The RW Preamp PWA turns these analog signals into digital signals, like a series of numbers that the computer can understand and use to create clear images.
This conversion is crucial because modern computers work with digital information. Without this step, we couldn't use the detailed images from the PET scans to help diagnose and treat illnesses.
The 5175024 RW Preamp PWA operates at low power, which makes the GE PET/CT scanner more energy-efficient. This is important because using less energy means running the scanner costs less. It also reduces the environmental impact by consuming less power and producing less waste.
In addition, operating at low power means the RW Preamp PWA generates less heat, which helps maintain a stable temperature within the scanner. This is crucial for ensuring accurate and consistent images are produced during scans because any fluctuations in temperature can affect image quality.
The 5175024 RW Preamp PWA may not be the most well-known component of a GE PET/CT scanner, but it plays a crucial role in producing accurate and detailed images. If you want a great deal on this medical imaging component, contact us!
]]>At its core, a single-board computer (SBC) is a complete computer system built on a single circuit board. This includes all the necessary components, such as a processor, memory, storage, and input/output interfaces. What makes 2339314 SBCs unique is their small size and low cost, making them ideal for applications with limited space and budget.
Below is information about how single-board computers help CT scanners produce high-resolution images.
Single-board computers are the brains behind the fantastic images produced by CT scanners. They take on the role of executing complex image processing algorithms, which are like a set of instructions that tell the machine how to create clear and detailed pictures.
These algorithms include:
These algorithms work together to produce high-resolution images crucial for accurate medical diagnosis and treatment.
Single-board computers in CT scanners work fast to create pictures from the scanner's data. This speedy process lets doctors see the images right away. Quick access to these images aids doctors in making swift and accurate decisions about a patient's health. This real-time image reconstruction reduces the time patients spend in CT scanners and helps medical staff prioritize urgent cases.
Single-board computers are small, but they are very effective! Due to their small size, they help make CT scanners more compact and easier to handle. This reduction in hardware footprint means that CT scanners take up less space in medical facilities, making installing and maneuvering them easier.
This also allows for more flexibility in equipment placement, as the smaller size of SBCs frees up valuable space for other important machinery. Additionally, the smaller size of CT scanners with SBCs makes them more portable, allowing for easier transport to different locations in case of emergencies or patient transfers.
Using single-board computers in CT scanners has also helped lower costs for medical facilities. SBCs are typically less expensive than traditional computer systems, allowing for overall cost savings in producing and maintaining CT scanners. These savings can then be passed on to patients through more affordable medical services.
If you want to boost the CT scanner image quality, it's time to invest in our 2339314 single-board computer. Our company can provide you with a great deal on the parts you need for your CT/PET scanner!
]]>These state-of-the-art units enhance CT scanner efficiency, significantly improving patient experience and diagnostic accuracy.
One of the most notable benefits of the 281950-4 inverter in CT scanners is noise reduction. Traditional CT scanners can be quite loud, creating a daunting patient experience.
This noise often leads to patient discomfort and anxiety, which can be particularly challenging for children, the elderly, or those with anxiety disorders. The upgraded inverter units considerably reduce the operational noise of the scanners, resulting in a quieter scanning environment.
This improves the patient experience and helps maintain a calm and professional atmosphere in the scanning room.
Another significant advantage of the 281950-4 inverter is its role in artifact minimization. CT images are often plagued by artifacts, especially in patients with metal implants or prosthetics.
These artifacts can obscure critical anatomical details, making accurate diagnosis challenging. The advanced technology of the 281950-4 inverter helps minimize these metal artifacts, allowing for clearer visualization of anatomical structures.
This enhancement is crucial in ensuring accurate diagnoses, particularly in complex implant or prosthetic device cases.
The versatility of CT scanners equipped with the 281950-4 inverter extends to their capability to support multi-modal imaging. This includes advanced imaging modes such as perfusion and dual-energy scans.
Such capabilities enable comprehensive diagnostic assessments, providing clinicians with detailed and varied perspectives of the patient's condition. This multi-modal approach is vital in diagnosing and monitoring various medical conditions, from stroke to cancer, ensuring patients receive the most accurate and effective treatment plans.
Improved gantry design, in combination with the 281950-4 inverter units, also facilitates better patient positioning. This is a critical aspect of CT scanning, as suboptimal positioning can lead to the need for re-scans, increasing patient discomfort and radiation exposure.
The enhanced design and functionality provided by these upgraded inverters allow for greater flexibility in patient positioning, thereby reducing the likelihood of re-scans and ensuring a more efficient scanning process.
Lastly, the 281950-4 inverter units incorporate sophisticated dose modulation algorithms. These algorithms play a pivotal role in automatic exposure control, adjusting radiation exposure in real time according to the patient's size and the specific diagnostic requirements.
This feature is crucial in reducing unnecessary radiation exposure to patients, aligning with the industry's ongoing efforts to ensure patient safety and adhere to ALARA (As Low As Reasonably Achievable) principles in radiological practices.
Integrating the 281950-4 inverter in CT scanners marks a significant leap forward in medical imaging technology. By enhancing efficiency with this part, these upgraded units are improving the diagnostic process and elevating the overall patient experience. As we continue to witness advancements in medical technology, implementing such innovative solutions is integral in providing the highest standard of care in diagnostic imaging.
]]>The 2363925-2 Highlander CEM board is a noteworthy component. This board helps generate high-quality images that doctors can use to diagnose accurately. Understanding how it works can help us appreciate the sophistication and precision involved in PET/CT imaging processes.
Keep reading to learn about the CEM board's role in PET/CT imaging.
The Highlander CEM board is super important in data acquisition and processing, which are critical steps in PET/CT imaging.
In simple terms, data acquisition is like gathering all the necessary pieces to solve a puzzle, and processing is putting those pieces together to see the whole picture. Here are some reasons why this board is so essential:
The Highlander CEM board is a real game-changer in PET/CT imaging. Its crucial role in data acquisition and processing makes it a vital piece of equipment for doctors and medical professionals.
The quality of the images produced in PET/CT scans matters greatly. Doctors must see what's happening inside the body to make the right decisions. The Highlander CEM board helps a lot here. It has a significant role in making the pictures sharper and more precise.
But how does it do this? The answer is by preventing any interference between the electronic signals that are being collected. Doing this ensures that the images produced are accurate and not distorted by external factors.
One of the most impressive things about the 2363925-2 Highlander CEM board is how fast it can process data. Think of it like a lightning-fast computer solving complicated math problems. It takes the data collected during PET/CT scans and quickly turns it into clear, useful images.
This speed is super important, especially when doctors need information quickly to make the best decisions for their patients. The faster the board can process the data, the sooner doctors can use the images to diagnose and treat their patients.
The 2363925-2 Highlander CEM board is a valuable tool in the field of medical imaging. Contact us to learn more about the products we have in stock!
]]>With its ability to refine images and capture data in real-time, the 46-288384g1 GASM is an essential tool for modern medical imaging. Its far-reaching impact can improve patient outcomes, reduce costs, and enhance efficiency.
Below, we'll discuss the GASM's impact on modern medical imaging.
The GASM dramatically enhances the quality of medical images. It does this by minimizing what's known as motion artifacts. These are distortions in the image caused by the patient moving, even slightly, during the scan.
By reducing these distortions, GASM creates much sharper and more detailed images. This, in turn, allows doctors to make a more accurate diagnosis, which is crucial for successful treatment.
It's like switching from a blurry, old photo to a crystal-clear, high-definition picture. This level of detail was unachievable before the introduction of GASM into modern medical imaging.
The 46-288384g1 GASM also carries the significant benefit of reduced radiation exposure. This is achieved by the module's ability to optimize scan timing. Unnecessary radiation exposure, which may have adverse effects, can be significantly mitigated through this optimization.
This makes the procedure safer for patients and marks a considerable step in the progression of mindful and responsible medical imaging practices.
Implementing the gated acquisition and sort module brings about a remarkable improvement in the workflow within medical imaging departments. The system is designed to streamline operations, allowing tasks to be completed faster and more accurately.
It's like having a well-organized assembly line, where every part works harmoniously, making the entire process more efficient. This leads to quicker turnaround times for test results, meaning doctors can diagnose and treat patients much sooner.
This efficiency saves valuable time and makes the entire imaging department more effective in meeting patient needs.
The GASM is not just a tool for better imaging; it's also a solution for cost savings. Making images clearer and more precise helps doctors make the correct diagnosis, often on the first go. This means fewer repeat scans, which can be expensive.
Not having to do these repeatedly saves a lot of money. So, while the GASM is improving the process for patients, it also saves medical facilities money. It's a win-win situation for everyone involved. This kind of cost-effectiveness is another reason why the GASM is such an essential part of modern medical imaging.
If you want to improve your medical imaging department's efficiency, accuracy, and cost-effectiveness, the 46-288384g1 GASM is worth making. Check out our selection of affordable and durable GASMs!
But what happens if the gantry is damaged? It can lead to problems affecting your machine's performance, image quality, and patient safety. This is why investing in our CT scan gantry parts is a must. You can get your gantry back up in good working order with these parts.
Keep reading to learn more about how a damaged gantry can affect your CT scanner.
The gantry is like the heart of your CT scanner. When damaged, you might first notice a drop in image quality.
Here are a few ways this could happen:
The good news is that these issues can often be fixed by replacing the problematic parts. So, investing in high-quality CT scan gantry parts is vital to keeping your CT scanner in top shape.
An unstable or malfunctioning gantry can create a big problem: increased radiation exposure. The gantry controls the amount of radiation used during a CT scan. It might use more radiation than needed if it's not working right. That's not good.
Think of it like a water hose. If the water hose has a kink or a hole, water might spray out in all directions. Like a water hose, when the gantry is damaged, it may let out more radiation, and it might not all go where it should.
This could mean a patient gets exposed to more radiation than they should. This is a serious concern because we want to keep radiation levels as low as possible to keep patients safe.
When a CT scanner's gantry isn't working right, it might also have trouble with calibration. This means the scanner might not set up or adjust itself correctly before a scan. If this happens, the scans might not be accurate, making it hard for doctors to diagnose and treat their patients properly.
When your gantry malfunctions, finding the right replacement parts is vital. We have the CT scan gantry parts you need in stock. Check out our selection today!
]]>Unfortunately, a compromised BGO detector can lead to less accurate imaging, potentially impacting critical diagnoses and treatments. This is why replacing your defective component with a5131624 BGO detector is vital.
Here are some ways a defective BGO detector can affect PET scanning.
A malfunctioning BGO detector can cause a substantial reduction in the image resolution of PET scans. This loss in resolution can make it challenging for medical professionals to see small tumors or lesions, which are crucial for early detection and accurate diagnosis of diseases.
High resolution is vital in PET scans because it allows for detailed imaging, providing comprehensive information about the patient's condition. However, with a compromised BGO detector, these crucial details can be lost or blurred, leading to potential misinterpretations or missed diagnoses.
This is why replacing a defective component with one of our 5131624 BGO detectors is imperative.
Another significant issue caused by a defective BGO detector is the increased statistical noise within the PET images. Noise is unwanted random signals that can cloud the accurate information in an image. In the context ofPET scans, a higher level of noise can mask the presence of abnormalities, such as tumors or lesions, which are crucial for making accurate diagnoses.
The consequence is that medical professionals might misinterpret the scans, potentially overlooking essential details that could guide treatment decisions. This could result in a less effective treatment plan and even lead to detrimental health outcomes for the patient.
You can reduce image noise by replacing your defective BGO detector.
A faulty BGO detector can also result in extended scan durations. The PET scanner may need to operate longer than usual to attain sufficient image quality when the detector is compromised. This increases patient discomfort due to the extended time they must remain stationary, resulting in less efficient scanner use.
Longer scan times can be problematic because they can reducethe number of patients scanned within a day, leading to longer waiting times and potentially delayed diagnoses. You can avoid these problems by investing in a high-quality 5131624 BGO detector replacement.
A defective BGO detector may require higher radiation doses or repeated scans to compensate for the poor image quality. This escalation places the patient at an increased risk of radiation exposure and amplifies the overall cost and time invested in the scanning process. This is why you need to replace a defective detector immediately.
Is your existing BGO detector causing problems? If so, invest in a 5131624 BGO detector replacement today!
]]>It is essential to understand the impact a faulty backplane can have and how it can disrupt the smooth functioning of your facility. Issues like delayed scans and patient dissatisfaction may occur. Understanding these potential issues will help you recognize the importance of maintaining a reliable backplane system.
A defective backplane can hamper the smooth operation of your medical imaging scanner, resulting in delayed scans. The 46-288910P1 backplane, when malfunctioning, can cause significant slowdowns in the scanning process. These delays can disrupt scanning schedules and impact patient wait times, potentially leading to frustration and dissatisfaction among patients and staff.
When a scanner becomes non-operational due to a faulty backplane, it may be necessary to cancel appointments. This disruption in the workflow of your medical imaging facility can be a significant inconvenience for both patients and medical staff. Cancellations cause inconvenience and impact the facility's overall productivity, as time slots reserved for specific patients go unused.
Diagnosing and repairing a defective backplane can be time-consuming. The extra time required for troubleshooting and fixing the issue can lead to extended downtime for the machine.
The scanner remains unavailable during this period, affecting the facility's ability to provide timely and accurate patient diagnostic services. The 46-288910P1 backplane, if prone to defects, can increase maintenance time, exacerbating the downtime and its associated consequences.
A defective backplane can compromise the image quality and accuracy of scans the medical imaging scanner produces. Poor image quality or inaccurate scans require re-scanning, which consumes additional time and hampers the diagnostic process.
The 46-288910P1 backplane, if malfunctioning, can contribute to distorted or unreliable images, affecting the accuracy of diagnoses and potentially delaying crucial medical decisions.
Frequent delays and cancellations due to a defective backplane can lead to patient dissatisfaction. When patients experience disruptions or prolonged wait times, they may feel let down by the facility's service quality.
Dissatisfied patients can share their negative experiences, harming the reputation of your medical imaging facility. A damaged reputation can have far-reaching consequences, including decreased patient referrals and reduced trust in the facility's diagnostic capabilities.
The smooth functioning of a medical imaging facility depends on reliable equipment, including a properly functioning T/G backplane like the 46-288910P1. A defective backplane can cause delayed scans, canceled appointments, increased maintenance time, inaccurate results, and patient dissatisfaction.
Recognizing the potential issues associated with a faulty backplane highlights the importance of proactive maintenance and swift repairs to ensure uninterrupted operations and high-quality patient care. By prioritizing the maintenance and replacement of defective backplanes, you can enhance your medical imaging facility's efficiency, accuracy, and reputation.
]]>However, when a source loader malfunctions, it can significantly impact the quality of CT imaging. Here, you can learn more about the consequences of a defective source loader (part number 2356873 from Sigmed Imaging).
One noticeable effect of a faulty source loader is increased noise levels during CT scans. The loader's malfunction can introduce additional vibrations or mechanical disturbances, leading to unwanted image artifacts.
These artifacts manifest as random pixel variations or streaks, hampering the diagnostic accuracy of the scans. The source loader, part 2356873, must undergo regular maintenance and quality checks to prevent such disturbances.
A defective source loader can cause poor image quality, affecting the diagnostic capabilities of the CT scanner. Misalignment or improper loading of X-ray sources can result in blurred or distorted images, making it challenging for radiologists to interpret the findings accurately. In the case of the source loader, part number 2356873, it is crucial to ensure that it functions optimally to maintain high-quality imaging standards.
Malfunctioning source loaders can trigger unexpected shutdowns of the CT scanner, disrupting patient examinations and workflow. These sudden interruptions can lead to delays in diagnosis and treatment decisions.
To prevent such disruptive incidents, it is essential to address any issues promptly, especially when dealing with critical components like part number 2356873, the source loader.
A defective source loader may result in incorrect loading of X-ray sources, leading to unreliable readings during the CT scanning process. Inaccurate positioning or incomplete loading can introduce inconsistencies in the data acquired, compromising diagnostic accuracy.
Regular inspections and maintenance, including verifying the correct functioning of the source loader, can help mitigate these risks and ensure reliable readings.
Precise control of radiation doses is crucial to protect patients from excessive exposure. A malfunctioning source loader can make it challenging to regulate radiation doses. Incorrect loading or inconsistent emission from the X-ray sources can put patients at risk. Maintaining integrity is essential for precise dose management.
A defective source loader, part number 2356873, can have several adverse effects on CT imaging. Some of the consequences are increased noise levels, poor image quality, unexpected scanner shutdowns, unreliable readings, and difficulties in controlling radiation doses.
To ensure optimal CT imaging performance, it is crucial to regularly inspect, maintain, and address any issues related to the source loader. By prioritizing the proper functioning of this part and other critical components, healthcare providers can uphold the highest standards of patient care and diagnostic accuracy in CT scanning.
]]>There will come a time when your existing GASM will need to be replaced. Outfitting your CT scanner with one of our 46-288384g1 GASMs can benefit you.
Below are some reasons why replacing your existing GASM is a good idea.
You can expect improved image quality when you upgrade to a 46-288384g1 GASM. These modules offer higher accuracy, faster data acquisition speeds, and improved noise reduction compared to an older model.
Furthermore, its customizable options and features can be tailored to your needs. With the improved image quality, medical professionals can get a more accurate picture of the patient's condition.
Faster data acquisition and sorting times are among the most significant advantages of replacing an older GASM with a 46-288384g1 model. With this module, medical professionals can expect their scans to be acquired and sorted in a fraction of the time it would take with an outdated model.
The speed increase is due to the module's more efficient operation and comprehensive range of supported applications. This means medical professionals can get the results they need faster to make informed decisions about their patients' plans.
Replacing your current GASM also comes with cost savings. Our modules are designed to last longer than their predecessors, meaning you won'twon't to replace them as often.
Faster data acquisition and sorting times mean you can complete more scans in less time; this results in increased productivity for medical professionals and reduced operational costs.
In addition, our modules are designed with energy efficiency in mind. This helps reduce electricity costs and your overall carbon footprint.
Replacing an outdated GASM module with a 46-288384g1 model can reduce radiation exposure for patients. Medical professionals using CT scanners equipped with this module can acquire and sort data more quickly, meaning they don't need to increase the dose of radiation given to the patient to complete a scan.
This is especially beneficial for patients who have to undergo multiple scans, as the overall exposure to radiation will be reduced significantly. Our GASM modules also have advanced safety features such as motion detection and built-in filters, which can further reduce patient radiation exposure.
Replacing an outdated GASM module with a new model can also improve the ability to detect small lesions or abnormalities. This is due to the module's improved noise reduction capabilities, essential for detecting smaller details in a scan.
The improved accuracy and resolution of images produced with this module can help medical professionals to detect abnormalities or lesions that would otherwise go unnoticed.
Want to make your CT scanner more efficient and accurate? Order a 46-288384g1 GASM now!
]]>One of the most critical components of a CT scanner is the Single Board Computer (SBC), also known as the System Control Unit (SCU). Here, you can learn about the essential functions of the 2339314 single-board computer in a CT scanner.
The X-ray tube is the component that emits the X-rays that pass through the patient's body and interact with the detectors. The SBC controls the X-ray tube's operation, including the timing and duration of the X-ray pulses. This function is critical to ensure that the X-rays are emitted only when the detectors are in the proper position to capture them. The SBC also monitors the X-ray tube's temperature, ensuring it operates within safe parameters.
The 2339314 single-board computer is responsible for processing the data acquired by the detectors into high-resolution images of the body. It receives the data in real time and applies complex algorithms to reconstruct the image. The SBC must perform these computations quickly and accurately to provide a clear image with minimal artifacts.
Patient data security is critical in medical imaging. The SBC stores all patient data, including images and personal information, securely. It ensures that only authorized personnel can access the data and that it is not altered or deleted without proper authorization.
The SBC automatically calibrates the imaging parameters for each scan based on the patient's characteristics and the desired imaging protocol. This function ensures the images are optimized for each patient, providing the best possible image quality while minimizing the radiation dose.
The SBC manages user access and security settings. It ensures that only authorized personnel can access the system and perform specific functions. The SBC also logs all user activity, recording who accessed the system and what actions were taken.
The SBC continuously monitors the CT scanner's performance and alerts operators if any issues arise. It can promptly address problems with the X-ray tube, detectors, or other components. The SBC also tracks the machine's maintenance needs, providing alerts when maintenance is required to keep the scanner operating at peak performance.
The SBC can adjust the image display to optimize clarity and contrast, providing an accurate image for the radiologist's interpretation. It can adjust the image brightness, contrast, and other parameters to improve the image's diagnostic value.
The 2339314 single-board computer in a CT scanner performs critical functions for providing high-quality medical images. The SBC is the heart of the CT scanner, and its proper functioning is crucial for providing accurate and timely diagnoses.
]]>What does this mean? Well, with advances, not to mention new initiatives like the HITECH federal act, things have changed considerably. The needs of a provider are different than they used to be, whether it’s a clinic, a private practice, or part of a larger health network.
Here are some logistics around installing or getting rid of this type of equipment when it's past its prime or not needed in a health facility anymore.
One of the installation challenges is figuring out access and how to get bulky equipment into a room or space.
So we look over the floor plans with staff and figure out how to get these appliances where they need to be for direct diagnostic care and more. We might also help evaluate needs based on the space allocated to each department or specialty in a multi-part practice building.
In a hospital or medical facility, there are key things to remember in terms of safety. There may be certain high-traffic areas where installers must be particularly careful. There may be patients who are vulnerable to noise or dust or other kinds of intrusions.
Here again, brainstorming is key. We consult with our clients to see how we can practically meet their needs. We look at all of the concerns and the limitations in terms of space and access and then make a workable plan.
When machines are no longer needed, they must be removed from the medical environment.
This can be easier said than done, with some of the above logistics and even financial planning involved. Decommissioning is part of the change, but it’s something that can get overlooked in a busy healthcare environment, particularly with everything else that goes on around modern patient care.
This is some of what we offer in terms of CT and PET machines as well as practical services to help outfit your provider network. We have an excellent track record with our medical clients and a role to play in modern healthcare as innovation continues to improve the quality of patient care across the board.
Why not work with a company that has a great track record in this industry? We can provide what you need to facilitate excellence in patient care, in a reliable way, from a vendor that cares. Take a look at the specs and more for technical details on CT and PET parts.
]]>The medical imaging industry generates over $117 billion in revenue annually. If you want to keep your medical imaging facility open and profitable, functional equipment is a must. Getting to know your equipment can help you spot repair issues early on.
The following are signs you might notice when you need a new CEM board.
Visible damage to the CEM board can be a telltale sign that it needs to be replaced. The board contains various components, including capacitors, resistors, and diodes, which can sustain physical damage if not properly handled.
This can reduce the CT scanner's functionality and cause malfunctions in imaging quality. If you notice any chips, cracks, or discoloration on the board, it's time to replace the CEM board.
When medical imaging equipment fails to power on, it is a sign that an underlying issue needs to be addressed. In many cases, the Central Electronics Module (CEM) board of the CT scanner is at fault.
The CEM board controls all electrical functions within the CT scanner and malfunctions can lead to the CT scanner not powering on. If the CT scanner fails to power on, check for any visual damage to the CEM board and consider replacing it if necessary.
If medical imaging equipment does not display an image at all or displays a distorted image, it is often a sign that the CT scanner needs to have its Central Electronics Module (CEM) board replaced.
A CT scanner with a malfunctioning CEM board often displays distorted images, lines, and other artifacts. The CEM board is responsible for controlling the CT scanner's electrical functions and any malfunction can lead to poor image quality.
Noisy and unclear images are another common symptom of CT scanner parts needing repair or replacement. This usually indicates a malfunctioning CEM board, which causes the CT scanner to have difficulty accurately capturing an image. If your CT scanner produces noisy images that lack clarity, it's likely time to replace the CEM board.
One particularly troublesome issue is when the system fails to respond to commands from a remote console. Failing to respond to commands from a remote console can lead to downtime, as well as diagnostic and treatment delays that could harm patient care. This is why replacing the defective CEM module causing this problem is important.
If you're experiencing one or more of the issues covered here, it's time to order a replacement CEM module from Sigmed Imaging.
You have images of products, and then you have text fields labeled ‘specs’ or specifications.
For the simplest items, you have things like color and size. For other items, you might have compliance standards or technical features listed.
But now, let's talk about our type of e-commerce, which is parts for diagnostic machines used in a clinical environment. This is a very different kind of business, indeed, and that’s something to think about as you design a site and serve customers. Otherwise, you may not really be targeting the site toward what it needs to do for people.
For example, take a look at some of these sorter board and scanner modules for CT machines. We have these available with their own product descriptions on-site, and they are easy to find.
Each product has its own engineering that goes with clinical machines that are used actively in medical environments.
But these are not features and specifications that are accessible to the common reader. There's a lot of ‘inside baseball’ in the sense that clinical professionals can understand why something is set up a certain way, but a layperson without a medical background might scratch their head about this.
On the other hand, the clinical value of these machines is clear.
This is how one Medicare resource from CMS describes the role of CT machines:
“CT scans have become the primary diagnostic tool for many conditions and symptoms. CT scanning used as the primary diagnostic tool can be cost effective because it can eliminate the need for a series of other tests, is non-invasive and thus virtually eliminates complications, and does not require hospitalization.”
In that context, the delivery of parts and systems for gear like CT scan machines is critically important for modern healthcare.
That's why, for a lot of these products, we have a disclaimer in the product text that prompts readers to call us for details. Then our staff can talk about the build and engineering of these items in a precise way, based on what the medical clinic or other provider needs. It’s part of the service that we provide, and it’s really a best practice for making things work in healthcare.
In other words, because it's a very in-depth sort of sale, it's good to have a little phone time if you are a buyer or procurement professional for a healthcare system. This gets all of your questions answered to a much greater extent, and helps build confidence in what we offer to these clinical systems. Make sure to go with a company that hears your concerns and gives you the time and space to make the right purchasing decisions!
]]>Here are some of the benefits of working with SigMed Imaging in a busy healthcare provider network or office.
Costs and Administration
One of the biggest benefits of a working business relationship with us is the money that your health network will save over time.
We have the parts and systems that power modern diagnostic machines at a fraction of the prices that you would find elsewhere. So you can deal with trusted partners who understand the value of affordable support. The support also makes things easier on administrators who have a lot to do in a given day. HITECH, HIPAA and other changes have changed the face of healthcare in specific ways, ways that can leave professionals feeling a bit overwhelmed. But good supplier partnerships can help.
Economy of Scale
Going along with the above pricing issue, we also offer an economy of scale that can help you save more money on operating costs. That means getting a continual supply of parts and systems to keep all of your equipment in good working order. And again, it can kind of relieve pressure on a busy department where admins need to wear a whole lot of hats.
Installation and Service
We also install some systems, which can be another benefit to our customers. Sometimes the logistics of installation play a key role in your shopping experience and your business process. You might be looking at business process optimization or business process reengineering in order to get a better result. Getting an agreement in place might be one component of that.
Reliable Warranties
We also offer 30 and 90 day warranties on parts and systems that help you to have peace of mind about supporting diagnostic machines and equipment in the field.
Preventative Maintenance
Professionals know that preventative maintenance is critically important. By keeping machines in good order, you have less of a chance that they're going to fail spectacularly while they are in use.
So that's another element of what our teams do, engineering preventative maintenance practices that work.
Take a look at the rest of the site and get in touch with SigMed Imaging for new supplier contracts that will free up functionality in your healthcare network.
]]>This is, in some ways, a tall order, as there's a lot of quality control process that has to be followed. Since these machines contribute to life-saving clinical processes, everything has to be 100% quality controlled in delivering these assets to healthcare centers.
Here are some of the parts of this process that apply to these types of machines and components.
What is an Inverter?
Simply speaking, an inverter takes a particular kind of common electrical energy and transfers it into a different type of energy that works for a given machine or installation. Here’s what one manufacturer has to say about the role of inverters in these kinds of environments:
“A constant power supply is an essential requirement of any medical facility. The medical instruments are sensitive and can easily damage by inconsistencies in power. Therefore it’s necessary to have inverters as an emergency power backup to provide a steady power stream. Failure to do so can have consequences like system breakdown, downtime, and eventually, a possible patient death. So it’s crucial to have inverters installed wherever necessary to prevent such incidents.”
CT/PET machines have their own specific needs in terms of inverters to help power these important diagnostic machines.
Let's go over some of the quality control processes that apply here.
Smooth Edges
Quality control people have to look and make sure that a component like this does not have any burrs or sharp edges protruding from the case or shield.
These metal-housed appliances have to be safe for use in a clinical environment.
Visual inspection ensures that these parts will not be shipped with sharp protrusions that could hurt users or others.
Accuracy and Sensitivity
The components also need to be checked for their precision and delivering the right level of support for clinical machines. Here the electrical flow pattern is important, as is the proper positioning and calibration of parts and pieces.
Clean Room Production
The inverter also needs to be free of any dirt or dust, along with lint or fibers. Greasy or oily substances should also be removed from these parts and components prior to shipping.
At the end of the day, clinicians rely on CT/PET machines and components that are clean, safe, reliable and durable for a medical environment.
You'll see these machines at work in busy healthcare offices, with clinicians depending on them for important procedures and tests. So we are proud to be part of delivering GE CT/PET components and other gear to our customers. Look through the site to find out more about our role in quality healthcare, our quality control process, and our commitment to guaranteed results.
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In addition to helping to detect and manage different kinds of cancers, CT and PET imaging equipment is very useful in a busy medical system in many ways. Doctors and nurses know this, as they try to keep these equipment in the best condition possible.
In terms of overall use, experts have pointed out that “imaging modalities are commonly differentiated as functional or anatomical in nature,” and that “both categories of information are complementary and when combined allow integration of data.”
Millions of scans are done on patients each year, and these machines have to work properly to provide good results.
The advanced technological nature of diagnostic imaging machines requires specific parts and support to function correctly over time. At Signed Imaging, we provide health care facilities with the critical components and parts that diagnostic imaging machines need to operate optimally in high-tech facilities. You'll find these and other high-quality products and dependable customer service at Signed Imaging when you need CT and PET parts.
Detector Module
5212209 532578 BGO 8x6 Detector Module GE Discovery 600 & 610 DMOD PET/CT Scanner
The detector module consists of eight detector units, a preamplifier board, and a T-bone. These units are positioned within the module and controlled by module gluing fixtures holding the module mounting frame and eight detector units. The preamplifier board receives the high voltage from the power supply and distributes it to the detectors in the unit. The current signals from the PMTs (Photomultiplier Tubes) are then converted into voltage signals and transmitted to the Raptor.
JH4 Inverter with Shields Assembly
2281950-4 JH4 Inverter with Shields Assembly for GE CT
The JH4 inverter with shields in an assembly in computed tomography is used in discovery in GE CT systems. This unit consists of the transistor, screws, washer locks, heatsink and inductor temp sensor, capacitors, resistors, power hpv2 circuit board, and JH4 inverter v2 sheet metals. This product is made from a corrosion-resistant material with flexibility, strength, and ductility for excellent performance and increased longevity.
BGO Detector Module
5131624 BGO Detector Module - 6X8 Block High Resolution
Bismuth Germanium Oxide (BGO) is used in nuclear medicine and other industry detectors. Bismuth Germanate arrays are used for gamma pulse spectroscopy and in diagnostic imaging systems advancing the practice of medicine. Today, most companies who build PET scanners use BGO crystals as the scintillator due to their high density and average atomic number, giving it a higher stopping power for the gamma rays. Because of this, PETs can use more minor individual detector elements providing higher image resolution results. BGO detectors can also be arranged in modular detector systems or blocks for maximum efficiency.
GE CT & PET Parts
Purchase Your GE CT and PET imaging parts from a source you can trust. Your diagnostic imaging systems are central to your health care facility's successful operations. Signed Imaging is your trusted industry leader in parts and services when you need to replace parts on your CT or PET imaging machines. Our experienced team takes pride in our knowledge of GE CT and PET imaging parts and is committed to your 100% satisfaction.
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Here are some of the considerations to think about with detector modules and their design.
Diagnostic and imaging equipment needs to be calibrated correctly in terms of its sensitivity. This helps to separate the signal from the noise and leads to more accurate diagnostic results.
“Detector modules in small ring diameter PET scanners must possess depth-of-interaction (DOI) encoding, increased spatial sampling, high sensitivity, and the ability to handle high photon input rates without excessive pulse pileup or random coincidences,” writes a scientific author explaining this process, in a piece archived at ResearchGate. “Spatial sampling in 3D was increased by introducing a half crystal pitch spatial offset between the entrance and exit arrays in both the X and Y directions. Position detection accuracy in both the LGSO and GSO layers, and the accuracy of DOI assignment of events to either layer was high. These results suggest that this combination of scintillators and acquisition/processing methods may be particularly useful in the design of high performance, small ring diameter PET scanners for small animal imaging.”
We think about this in our approach to selling detector modules that work for a modern medical provider. In a similar consideration, spatial resolution is also important, as in this overview:
“A key component of a PET system is the detection of the coincident gamma rays associated with positron decay. In the process of designing PET detectors for these tasks, many compromises must be made between the ultimate spatial resolution, sensitivity, factors affecting the final image signal-to-noise ratio, and the cost of production.”
By designing detector modules and other gear in the best way, we serve technicians and clinical professionals who are trying to deliver the best outcomes for patients.
Taking this responsibility seriously improves quality of care. Ultimately, it saves lives! Everything that clinicians do, and the tools that they use, work together for optimal outcome, including prognosis.
There's always a consideration of cost as well when building and marketing these products
We take care to always consider markets for this gear as we continue to provide a catalog that works for modern medical professionals. Take a look and ask us any questions that you may have for procurement, as part of hospital modernization or some other initiative to “build up better” for clinical work.
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When it comes to detecting health issues related to bones and muscles, medical imaging equipment can be extremely helpful. Medical imaging equipment can also be used to discover tumors, blood clots and internal bleeding. Physicians also use medical imaging equipment to guide them through certain surgeries and biopsy procedures.
Currently, there are over 10,000 medical imaging centers operating in the United States. When looking for a medical imaging center, most modern consumers will consider one or more of the factors mentioned below.
There are millions of Americans that currently don’t have health insurance. When these people need a medical procedure, they have to pay for it out of pocket. If an uninsured person is looking for medical imaging services, they will usually call the centers in their area that offer these services and ask for a quote.
If you want to grow your medical imaging center, then you need to realize the importance of keeping your prices competitive. One of the best ways to lower the amount of overhead your medical imaging clinic has is by investing in quality used equipment.
Before using a medical imaging center, most people will do extensive research online. With a simple Google search, a person can find out about the reputation a medical imaging center has. If you are the owner of a medical imaging center, then you need to work on obtaining more positive reviews from satisfied patients.
If you want to make it easy for these patients to leave good reviews, then keeping your medical imaging equipment reliable is important. Medical imaging centers that have to reschedule appointments constantly due to malfunctioning equipment tend to have a bad reputation. This is why you need to take action and perform repairs to your imaging equipment as soon as issues arise.
One of the best assets a medical imaging center can have is a friendly and knowledgeable staff. When consumers call an imaging center, a member of the staff will field their questions. As the owner of a medical imaging center, you need to realize just how important a well-trained staff is to your overall success. The last thing you want is for a rude employee to ruin your chances of attracting new patients.
This is why you need to invest time and effort into monitoring employee performance. This will allow you to catch issues early on and fix them before they cost you money.
The more you know about what modern consumers look for in a medical imaging center, the easier it will be to alter your strategy to fit their needs.
]]>While these machines are more complex, they are designed to let operators know when there may be a problem. Knowing what to look for and the signs of an issue is the best way to avoid a complete breakdown and expensive downtime.
Have you started to see warning messages or more error codes with your system? If so, it may mean the machine is on the verge of a breakdown.
A field service engineer who comes to the office to inspect and maintain the machines will enter any issues they find and take note of the errors or warnings that are increasing. Using the log to see the types of messages and errors recorded will let you know what part is malfunctioning and may need replacement. This is a great way to know where and how to start your troubleshooting efforts.
Other warning signs of an issue are computer problems or related errors. If the database has started not to work properly or the IRS computer is bad, you will see fatal reconstruction errors appear. This is another sign it's time to troubleshoot and fix the issues.
Sometimes, the X-ray tube in a CT scanner is the system's most expensive and most important part. The tubes may have to be replaced every few years based on how much the machine is used. Usually, there aren't any visual signs that your X-ray tube has begun to wear out; however, there may be some tell-tale signs that technologists and engineers need to be listening for.
One sound is when the anode begins to rotate, you may hear humming or scraping sounds. Also, if the scan is complete and you still hear that the anode is spinning, it's another sign that there is an issue with the housing of the X-ray tube.
When it is time to purchase replacement X-ray tubes, you must make sure you purchase from a quality service provider. This is going to ensure that the imaging system works properly.
Another common failure with the CT system is the tube. The carbon brushes used for the slipring may also cause issues if they are not replaced in a timely manner. If the carbon brushes are worn out, it can negatively impact the image's quality, or the entire scan may be aborted because of other problems.
When it comes to your imaging equipment, paying attention to potential issues will help you find them and make needed repairs or replacements before they become too serious. Being informed is the best way to ensure that you get the desired results from your machines.
]]>At Sigmed Imaging, we supply the critical parts and components that stakeholders need to operate these high-quality installations in a high-tech medical facility.
Our commitment to quality and integrity of products has a lot to offer the market as the healthcare field continues to benefit from assistive technologies. This type of process supports the clinical work that doctors do to save lives and improve patient health.
Module Design
Part of our catalog includes detector modules for GE PET/CT machines. We also have gated acquisition and sort modules to plug into this complex formula that supports a good and well-working imaging solution.
In technology as a whole, machines are starting to do more to assist humans in diagnosing visual results. That makes a difference, again, in clinical outcomes, so it’s a field that is worth improving!
Preamp PWA
These types of parts are also critical for the functioning of modern GE PET/CT machines. By supporting OEM design, our catalog creates capability for a buyer to keep these machines in proper condition for long-term function.
Source Loader and Thompson Rail
Those familiar with this industry will know what these parts do, and why they're important. Again, quality is of the utmost concern. Take a look at product specifications to see what is sufficient for your machines.
CEM Board
These complex operating boards have to be made to a certain standard.
Here's how the catalog describes this GE PET/CT part:
“This Highlander Cassette Electronics Module (H-CEM) board is located in the Raptor chassis inside the Gantry framework or platform. It is powered by an FPGA-based softcore micro-controller that receives commands from the external world and performs various single acquisition and calibration tasks. An H-CEM is a collection of 24 block electronics into a single Printed Wiring Assembly (PWA). … The H-CEM assembly is made of high-temperature FR-4 material, designed with a forced convection cooling system for heat loads of up to 65W per assembly. This H-CEM board serves as the detector block and is used with Discovery ST (8, 16, and 128 Slice) and Discovery STE (8 and 16 Slice) PET/CT systems.”
It's easy to see the caliber of design philosophy in play here.
By having all of this in one comprehensive catalog, we are helping to create the modern future for healthcare that will keep pushing the standard higher in terms of diagnostic imaging.
]]>While accomplishing your business growth goals will be difficult, it is worth the hard work you put in. Read below for some advice on how to grow your diagnostic imaging center.
When people come to your medical imaging center for a CT or PET scan, they will want to get in and get out in a hurry. Facilitating a patient’s desire to make quick work of their diagnostic scan can help you grow over time. If your medical imaging machines are constantly breaking down and causing delays, you will have a hard time keeping your patients happy and loyal.
This is why you need to realize how important maintaining your medical imaging equipment is. When the need for new medical imaging equipment arises, you need to seek out the most affordable option. At Sigmed Imaging, our goal is to provide high-quality used and reconditioned medical equipment to our patients at affordable prices. With our help, you can get your damaged medical imaging equipment replaced and back in action quickly.
Staying fresh in the minds of your patients is a key component in growing your medical imaging business. The average person enjoys getting emails from the businesses they use. This is why you need to work on collecting email contact information from your patients. With this contact information, you can start to send out monthly newsletters to your patients.
These newsletters should be both educational and entertaining. Embedding surveys into your email newsletters is a great way to find out where improvements need to be made. You also need to encourage patients to refer their friends/family members. Generating a steady flow of referrals is vital if you want to grow your bottom line over time.
Regardless of the industry a business operates in, having an online presence is extremely important. Modern consumers will usually do extensive online research before choosing a medical imaging center to use. When consumers in your area do this research, you want them to find your website first. The only way to make this goal a reality is by optimizing your website with great content and positive reviews from past patients.
If you don’t have the time to create and implement digital marketing campaigns, then hiring professionals to help out is a wise move. With the help of a reputable marketing agency, you can expand your online reach and drive more traffic to your medical imaging center.
By implementing the helpful tips in this article, you can grow your medical imaging center.
]]>by John R. Fischer, Senior Reporter | 2021
Whole body MR imaging (WBMR) may be better than PET/CT with 18F-fluorodeoxyglucose (FDG) at detecting more myeloma-defining disease and allowing for earlier treatment of it.
That’s what researchers at King’s College London are saying in a new study where they assessed 46 patients with suspected myeloma, a bone marrow cancer that 140,000 new patients worldwide are diagnosed with each year and less than 50% of all patients survive after five years.
These cases are often analyzed with CT, which can show myeloma associated bone destruction when it reaches the point where the density difference between normal and abnormal bone is detectable. This amount of destruction, however, means it is late in the disease process. Another method, 18-F fluorodeoxyglucose PET is limited because the update of 18-FDG into cells through Glut-1 upregulation may be lower and variable in myeloma due to low hexokinase expression. Physiological marrow uptake is also a known phenomenon that can "hide" focal disease.
"We performed MR as a multi-sequence technique in our study. This allowed us to assess different disease aspects, for example, replacement of fat-containing marrow using T1-weighted Dixon imaging; increasing cellular content with myeloma cell proliferation using diffusion-weighted imaging; and vascularization with post contrast T1-weighted Dixon imaging. Therefore, MR is sensitive to a lower burden of skeletal disease," lead researcher professor Vicky Goh, chair of clinical cancer imaging at King's College London, told HCB News.
It is not clear yet which imaging modality is the best choice for assessing myeloma, though Goh says that 40% of NHS hospitals still use X-rays, which is an insensitive test, for diagnosing bone disease in suspected myeloma. When comparing WBMR and PET/CT, she and her colleagues found that the two scanners both only agreed on a positive diagnosis in 59% of patients. Under half of the patients did not have FDG-avid disease, making PET alone unable to identify the disease in them.
WBMR was more sensitive than PET/CT or CT alone for bone marrow infiltration by myeloma due to its imaging being processed differently within the skeleton. Because of it, clinicians made the decision to treat an additional 7% of patients compared to PET/CT. WBMR also changed how patients would have been managed by their doctors in 24% of cases by enabling them to receive treatment earlier, which led to improved outcomes. Review of clinical data alone in these cases would have resulted in only surveillance for these patients, according to Goh, who says the findings align with the National Institute of Health and Care Excellence national guidelines, which recommend that WBMR be a first-line imaging tool for identifying suspected myeloma.
She adds that "to create greater availability of whole body MR imaging for myeloma detection one needs to have" good infrastructure such as modern MR scanners, a trained workforce for acquiring and reporting WBMR, competitive imaging costs against other imaging modalities, and supporting evidence of WBMR.
The findings were published in the European Journal of Nuclear Medicine and Molecular Imaging.
Call Sigmed Imaging: (321) 266-3650 for a quote, shipping information, or if you need assistance determining what part you may need to replace. All inquiries are welcome. For additional information on this GE part, call us now. Don't wait; we will be more than happy to assist you in every and any way. Sigmed Imaging provides CT scanner and PET scanner parts, equipment, and complete diagnostic imaging systems worldwide. We de-install, install, transport, purchase, and service GE CT and GE PET scanners. We have thousands of used and refurbished GE diagnostic imaging parts.
With over 62 years of combined experience servicing GE CT and PET diagnostic imaging systems, we understand the issues and hurdles to overcome bringing your system back online. We are no-hassle GE parts, systems, and service company that quickly delivers worldwide shipping and best-in-class service. For everything you need with GE CT and PET systems, we are confident we can provide a solution to maintain maximum uptime for your company's success.
Let us be your go-to GE diagnostic imaging part company for your GE CT and PET/CT diagnostic imaging systems. Ask about our comprehensive service solution, "Sigmed Select Gold," or hire us on a time and material basis. We are flexible and promise to find a custom solution for you and your company.
Try us once; use us for life. Call or email us at info@sigmedimaging.com
About Sigmed Imaging:
We sell CT & PET/CT Parts & Equipment, with aggressive pricing-delivering Services & Training the way it should be; no Hassle, Reliably & Fast. Our straight forward attitude delivers the highest quality service. Try us once, use us for life!
Starting as a small business in Melbourne, FL in 2013 we had big dreams. Our passion for CT & PET/CT parts, equipment and service, means that we provide our customers with nothing but the highest quality products, that are guaranteed to meet your needs and keep you satisfied and your business running.
With a motivated team, we strive to be the technical minds that bring a smile to your face. That’s why we’re always looking for innovative & new ways to get the best of what we offer to you.
Sigmed Imaging provides high quality reconditioned and used medical imaging equipment to hospitals, imaging centers, and private medical practices. We deliver complete solutions to our customers across the United States and the world. We have developed a reliable and committed network of dealers and certified engineers for CT, and PET/CT modalities. In every relationship we deliver quality solutions that are easy to use and cost effective. With more than 62 years of combined GE diagnostic imaging systems we provide expertise in product and service knowledge across a depth of customers types, geographical locations and needs.
Leading Sigmed Imaging is Pete McCallan, CEO, who started his diagnostic imaging career with GE in 1986. Pete was a Senior Field Service Engineer installing, de-installing, upgrading and repairing CT Scanners, MRI’s and PET Scanners while excelling in the challenging rapid-fire environment of NYC. Pete continued with GE between ’94-’13 rounding out his full spectrum knowledge base across the diagnostic imaging field, acting as a National Support Engineer for the most difficult challenges. After leaving GE Pete founded Sigmed Imaging and with 36 years under his belt there aren’t many situations he hasn’t addressed. Skilled in Medical Devices, HL7 Standards, Six Sigma, Healthcare Information Technology (HIT), and Manufacturing Pete and his team continue to leave a strong imprint on the industry.
#payitforward #CT #CTscanner #CTscan #PET/CT #diagnosticimaging #PETscan #PETscanner #GEscan #GEscanner #GEdiagnosticimaging
]]>"We didn’t ascend from our hunter-gatherer days by being
satisfied," Jeff Bezos, founder Amazon.
Businessman Jeff Bezos has built Amazon into a company that is well-known for delivering high-quality products and services. His annual letter to Amazon Shareholders back in '97 provides valuable insights on how his company, for eight years in a row now, has been ranked number 1 on the American Customer Satisfaction Index.
Setting high standards for himself and his co-workers, the richest man in the world underlined this success mantra in his letter.
Here are takeaways for healthcare professionals who aspire to be driven like the billionaire.
Bezos writes how a close friend decided to learn to do a perfect free-standing handstand and hired a handstand coach. In the first lesson, the coach told her: “Most people….think that if they work hard, they should be able to master a handstand in about two weeks. The reality is that it takes about six months of daily practice. If you think you should be able to do it in two weeks, you’re just going to end up quitting.” Unrealistic beliefs on scope – often hidden and undiscussed – kill high standards. To achieve high standards yourself or as part of a team, you need to form and proactively communicate realistic beliefs about how hard something is going to be – something this coach understood well.
2. Change is the only constant
Bezos says he is kept on his toes by customers who are always expecting more and are forever dissatisfied with what’s at hand. He writes: “People have a voracious appetite for a better way, and yesterday’s ‘wow’ quickly becomes today’s ‘ordinary’. I see that cycle of improvement happening at a faster rate than ever before………You cannot rest on your laurels in this world. Customers won’t have it.”
3. High standards are contagious
According to Bezos, high standards are contagious and teachable.
"I believe high standards are teachable. In fact, people are pretty good at learning high standards simply through exposure. High standards are contagious. Bring a new person onto a high standards team, and they’ll quickly adapt. The opposite is also true. If low standards prevail, those too will quickly spread. And though exposure works well to teach high standards, I believe you can accelerate that rate of learning by articulating a few core principles of high standards, which I hope to share in this letter,” he wrote.
4. High standards help build better products and services
His single-minded focus on setting and delivering high standards is tough to achieve, but it has plenty of rewards to offer. Bezos says that firstly, a culture of high standards helps build better products and services. Secondly, people are drawn to high standards. As if to say that it is more fun to work when the stakes are high!
He sums it up: “Once you’ve tasted high standards, there’s no going back.”
There is no doubt that Jeff Bezos provides simple and straight forward advice for any company or sole proprietor to follow. Some companies may have a tendency to over complicate the foundation upon which it should build their companies. By using a simple acronym KISS-Keep it simple stupid-even a start up company can break down an approach to success into inch size pieces so that daily inches can be gained which eventually lead to miles.]]>