There are many questions that pop up when replacing a Philips EPIQ probe. For example, what is EPIQ probe artifact? What are the differences between EPIQ 7 and the XMatrix array? What is the difference between the S7-3T Tee transducer and the Return fault/ground fault detection circuit? And, of course, where can I buy a compatible philips EPIQ probe? Read on to learn more!
EPIQ probe artifacts
For non-interventional applications, a compatible philips EPIQ probe artifact can be problematic. This issue can be solved by ensuring the biopsy guide is properly attached to the transducer. Ensure that the guide is properly aligned and that the needle is positioned in a safe way by identifying echoes from the transducer. If you are unsure about whether the guide is compatible with your system, contact a Philips representative.
The User Manual of the Philips EPIQ 7 ultrasound probe outlines the guidelines for electromagnetic immunity. In some cases, the interference may be too strong to be visible in the images. In such cases, Philips recommends using an uninterruptible power supply or a battery to ensure proper functioning. For other scenarios, Philips recommends consulting with an electromagnetic safety expert. Here are some common situations where the EPIQ 7 ultrasound probe may be incompatible with a certain scanner.
The most common issue with the EPIQ 7 probe artifacts can be solved by ensuring that the EPIQ 7 User Manual is available. The manual can be found online. Page 169 contains a detailed explanation on how to remove these artifacts. Alternatively, you can read the User Manual of the EPIQ 7 probe and choose to download the latest version. Once you have downloaded the latest version, be sure to check the EPIQ 7 User Manual.
XMatrix array transducers
The XMatrix array technology from Philips provides clearer images and better resolution of problems. This innovative technology also makes the exam faster and easier. Compatible Philips xMatrix array transducers allow for live xPlane and 4D images. Other Philips xMatrix ultrasound systems support the same technology. You may also want to learn about these new features and how they can benefit your practice.
Philip EPIQ 7 Ultrasound System is a high-resolution ultrasound system that can be used in general imaging, interventional radiology, cardiology, vascular, and OB/GYN applications. The EPIQ 7 has a user manual that provides details about imaging features, including imaging options, connectivity capabilities, and advanced quantification software options. XMatrix array transducers are compatible with Philip EPIQ probe.
XMatrix array transducer is approved for intraoperative use by Philips. The transducer’s labeling in the IEC 60601-1 indicates Type CF protection from electrical shock. This is a major benefit for all patients. This technology is also certified for direct cardiac applications and for intraoperative applications. Philips’ EPIQ 7 User Manual provides detailed information about the transducer’s electrical safety.
During installation, make sure you install the right XMatrix array transducer. It should fit perfectly in the Philip EPIQ probe. Before you install the transducers, read the user manual carefully. It contains instructions for setting up your transducer. In addition, the user manual also contains an overview of the various controls of the EPIQ 7.
S7-3T Tee transducer
The Philips EPIQ S7 ultrasound is a versatile, high-end device for imaging soft tissues and organs. Its advanced technology, such as nSIGHT, is designed to enhance spatial, temporal, and contrast resolution, making it one of the leading players in the premium ultrasound market. It also features a touch-screen interface and ergonomic alignment that facilitates viewing from any position.
The EPIQ S7-3T ultrasound system offers a variety of features, including advanced 3D TEE and TTE transducers, a programmable software interface, and an array of analysis tools. The EPIQ S7-3T has the option of SonoCT, which combines multiple coplanar tomographic images in one. It is also capable of real-time compound imaging.
Return fault/ground fault detection circuits
The return fault/ground-fault detection circuits for compatible philips EPIP probe are critical components of electrical safety systems. In addition to detecting ground-fault events, they also protect against shunt trips. They must be able to deliver at least a thousand two hundred amperes of current to trip. The tests can be performed by following a simple procedure. To do so, first, connect the jumpers to the points indicated on the diagram. If the ground-fault current supply is adequate, then the sensors can detect the fault.
To activate the ground-fault detection circuits, a test lead must be passed through the sensor. In certain systems, a test lead wrapped around the sensor can generate a secondary current capable of activating the ground-fault relay. In addition, the test lead must be twisted multiple times around the sensor’s core. The number of twists depends on the type of return fault/ground-fault detection circuit. Twenty turns of #14 wire are suitable for testing the sensor’s output.
Ground-fault protection systems can only be fully functional if each element is functioning properly. This is why periodic maintenance and electrical testing is critical for these devices. A qualified person can test all of the components and mechanisms to ensure they are working properly. They should also check if they are connected to the same neutral wire. The resetting procedure is easy and convenient. If you have troubleshooting questions, ask a certified technician for help.
Cleaning and maintaining a philips EPIQ probe
A Philips EPIQ ultrasound system contains many circuit boards, extensive service diagnostics and a sophisticated operating software. Hence, cleaning the probe properly is crucial to maintain its performance. To clean the probe, do not use common cleaning products that contain harsh chemicals or abrasive materials. Do not use paper towels or sharp objects when cleaning it. Follow the manufacturer’s cleaning guidelines to avoid damaging the transducer.
You can clean and maintain your probe by following the instructions included in the Philips EPIQ 7 User Manual. The manual contains safety and emergency procedures. Operating your EPIQ 7 without the necessary knowledge of how it works can cause serious personal injury. You should only use it for its intended purposes. If you are not sure whether your EPIQ 7 is compatible with other devices, consult a physician. The user manual also has instructions for ensuring the product’s compatibility.
If you have a Philips EPIQ 7 ultrasound probe, clean the electrodes as often as possible. If possible, wipe the transducer with alcohol-based solutions to remove dirt. Make sure that the solution is not more than 70%. More than 70% alcohol may damage the product. You should also avoid using alcohol-based cleaning products on the cable or strain relief. This is because the solvents may cause damage to your probe.
Changing labels on a philips EPIQ probe
If you have a faulty Philips EPIQ ultrasound probe, you can easily change the label with just a few clicks of the mouse. The system is easy to use, and the Philips EPIQ Elite ultrasound system includes a comprehensive range of diagnostic ultrasound solutions that will help improve clinical confidence and the patient experience. The EPIQ Elite system offers lifelike 3D images, an ergonomically designed probe, and advanced fetal assessment.
Philips’s EPIQ ultrasound probes have different pre-sets to support the most common vascular and cardiac applications. Each probe has a different application mode based on its frequency and footprint. You can also customize the settings of these presets with the help of the software package that Philips offers. For example, the EPIQ 70 has two presets for Strain Elastography and Shear Wave Elastography, which allows you to adjust the scan frequency as per your practice.
A Philips EPIQ ultrasound probe is easy to use and has ergonomic features that help make it an ideal choice for busy sonographers. The TGC controls on the right-hand side control the TGC and the central controls include gain, depth, scalability, filter, mode selection, calipers, and gray-scale maps. The EPIQ 7 ultrasound probe is also portable and lightweight, and the sonographer will perform several wrist actions throughout the study. The transducer is ideally perpendicular to the surface, but body shapes can cause multiple degrees of angulation. Because of this, sonographers must perform multiple rotations of the transducer.