Untitled

[lubdubmedical]

Capnography and EtCO2 Monitoring

Capnography is a medical monitoring technique that measures the concentration of carbon dioxide (CO2) in a patient's respiratory gases, usually during anesthesia or intensive care. Capnography is used to help healthcare professionals monitor and manage a patient's ventilation, assess the adequacy of breathing, and detect potential breathing problems. Capnography relies on an EtCO2 (end-tidal carbon dioxide) sensor to measure the concentration of CO2 at the end of each exhaled breath. The EtCO2 reading can be used to provide information about a patient's respiratory rate, depth of respiration, and ventilation status.

The accuracy of the EtCO2 sensor is critical to the accuracy of capnography readings. Factors that can affect the accuracy of the EtCO2 sensor include the patient's respiratory rate and pattern, the presence of airway obstructions, the type of ventilation being used, and the calibration of the device. To maintain accurate readings, it is important to ensure that the EtCO2 sensor is properly calibrated and placed correctly on the patient. The sensor should be placed at the end of the endotracheal tube, nasogastric tube, or face mask. If the sensor is not properly placed, it may not accurately measure the concentration of CO2 in the patient's respiratory gases. Additionally, the accuracy of the EtCO2 sensor can be affected by the presence of certain medical conditions, such as pulmonary edema, chronic obstructive pulmonary disease (COPD), or asthma. In these cases, capnography may not provide accurate information about the patient's respiratory status. Overall, the EtCO2 sensor is a critical component of capnography, and healthcare professionals should take steps to ensure that the sensor is properly calibrated and placed to maintain accuracy. EtCO2 module calibration: Lub Dub has partnered with Datrend to provide state of the art test equipment and calibration facilities to all hospitals. Visit lubdubbazaar.com for more details. vPad-CO2 by Datrend is an advanced, highly accurate End-Tidal Carbon Dioxide (EtCO2) Breath Simulator designed to test capnometers, patient monitors with capnography functionality, and that of respiratory gas analyzers. This analyzer allows for functional testing of both mainstream and side stream capnography monitors. To know more and for all your capnography calibration needs do contact Lub Dub: [email protected] & [email protected] Ph: 72999 57813 & [phone]

[lubdubmedical]

HME / BVF Filter Heat and moisture exchangers (HMEs) are intended to conserve a portion of the patient's exhaled heat and moisture, and condition inspired gas by warming and humidifying it. Bacterial–viral air filters (BVFs) are medical devices used in respiratory ventilators or breathing circuits to protect patients, equipment, and/or the environment from viruses and bacteria. Breathing filter with heat & moisture exchanger are used at the patient end connection of a breathing system. They play a vital role in patient health as they provide humidification of the inspired air and protect the patient from harmful microbes. The efficiency of a Heat and Moisture Exchanger (HME) or Breathing Circuit Filter (BVF) can be checked using several methods: 1.Weight gain/loss method: This method involves weighing the filter before and after use. The weight gain or loss is then calculated, which provides an indication of the amount of moisture or particles trapped by the filter. 2.Pressure drop method: This method involves measuring the pressure drop across the filter before and after use. A significant increase in pressure drop indicates that the filter is becoming clogged and may need to be replaced. 3.Particle filtration efficiency test: This method involves challenging the filter with a known concentration of particles of a specific size and measuring the percentage of particles that are captured by the filter. The higher the percentage, the more efficient the filter is at removing particles of that size. 4.Bacterial filtration efficiency test: This method involves challenging the filter with a known concentration of bacteria and measuring the percentage of bacteria that are captured by the filter. The higher the percentage, the more efficient the filter is at removing bacteria. 5.Repeat the tests: To ensure accuracy, repeat the airflow resistance and particle filtration tests several times and take an average of the results. Additionally, it is important to replace the filters according to the manufacturer's recommended schedule to ensure optimal performance. For more information, go to lubdubbazaar.com. For all your respiratory circuit and filter needs, Contact Lub Dub at: [email protected] & [email protected] Ph: 92810 39352 & [phone]\

When Mr.S.Appasamy was working as a Bio medical Engineer at Apollo Hospital & later with Larsen & Toubro Ltd, he realized that the 7

[lubdubmedical]

Role of AI in the field of Biomedical equipment service and calibration Artificial intelligence (AI) has the potential to revolutionize the field of biomedical equipment repair, calibration, and service. Here are some of the ways in which AI can be used: 1.Predictive Maintenance: AI can be used to predict when a biomedical equipment will need maintenance or calibration, based on historical usage data. This can help biomedical engineers plan and schedule maintenance and calibration activities in advance, reducing downtime and increasing equipment availability. 2.Fault Diagnosis: AI can be used to diagnose faults in biomedical equipment by analyzing sensor data and identifying patterns. This can help biomedical engineers quickly identify the root cause of a problem and take corrective action. 3.Automated Calibration: AI can be used to automate the calibration of biomedical equipment, reducing the need for manual calibration by biomedical engineers. This can help ensure that the equipment is always calibrated correctly, which is important for accurate and reliable measurements. 4.Remote Monitoring: AI can be used to remotely monitor biomedical equipment, allowing biomedical engineers to diagnose and fix problems without the need for onsite visits. This can reduce travel costs and improve response times. 5.Optimization of Service Processes: AI can be used to optimize service processes by analyzing historical data on equipment performance and service requests. This can help service providers improve their processes and reduce costs. 6.Decision Support: AI can help technicians make informed decisions about equipment repair, replacement, or upgrade based on real-time data analysis. 7.Knowledge Management: AI can help technicians access and leverage vast amounts of technical information and knowledge about equipment repair and maintenance. This can help ensure consistent quality of service across different service providers. Where to go for your biomedical service and calibration needs: Lub Dub Medical Technologies is a Chennai based biomedical manufacturing company. We offer repair and calibration services for all hospital equipment. Lub Dub has been in the business for over 29 years. We have extensive knowledge to carry out all types of repairs calibration. We are fully equipped with the best engineers and the tools to handle all your breakdowns are service needs. We respond immediately and resolve your issues within a few hours. Lub Dub Medical Technologies is also ISO/IEC 17025:2017 accredited calibration lab. We are fully furnished with the latest and most accurate masters for all biomedical equipment calibration and master equipment calibration.

We at Lub Dub is your one stop solution provider for all your biomedical needs. Whether is equipment service, calibration or accessories and consumable needs, we have just the right solution for you. For more information, go to lubdubbazaar.com. To know more, contact Lub Dub at: E-mail: [email protected] or [email protected] Phone: [phone]

[lubdubmedical]

Biomedical Test and Calibration Equipment

Biomedical test and calibration equipment are specialized instruments used to test and calibrate medical equipment and devices. These test instruments are critical in ensuring that medical devices is functioning properly and accurately. Medical devices that are working properly and accurately is essential for patient safety and effective medical treatment. These devices are critical to maintaining the quality and reliability of medical equipment. Hence, they are used by biomedical engineers, technicians, and other healthcare professionals who work with medical devices on a regular basis. Examples of biomedical test and calibration equipment include: 1.Electrical safety analyzers: Used to test the safety of medical devices that are powered by electricity. Electrical safety analyzers are used to test all medical devices to ensure patient safety and user safety. 2.Patient simulators: These are devices that mimic human physiological responses and are used to test the accuracy and performance of patient monitors, pulse oximeters, ECG Machines and other monitoring devices. 3.Infusion device analyzers: These devices are used to calibrate equipment that deliver drugs to the patient like syringe pumps and infusion pumps. 4.Defibrillator & Pacer analyzer: Used to test the accuracy and effectiveness of devices like defibrillators, AEDs and pacemakers. 5.Electrosurgical analyzers: These devices are used to test and calibrate electrosurgical equipment like surgical diathermy. They are mainly used to test the output circuits of the ESUs and ensure that the safety features of the ESUs are in place. 6.Gas flow analyzers: These are used to test gas flow and respiratory medical equipment accurately, including ventilators, flow meters, suction devices and anesthesia machines. Where to go for your biomedical testing and calibration needs: We at Datrend Systems Inc. & Lub Dub Medical Technologies Pvt. Ltd., are fully capable to fulfil all your needs and demands when it comes to biomedical testing and calibration. Datrend Systems Inc. is a Canadian owned company focused on developing and manufacturing leading edge biomedical instruments and solutions for hospitals, clinics, third party service organizations and medical device manufacturers. Utilizing the latest technology, Datrend develops comprehensive biomedical test Solutions to help our customers save time and money whilst meeting stringent regulatory requirements. Lub Dub Medical Technologies is a Chennai based biomedical manufacturing company. We are the authorized distributor and service center of Datrend’s test equipment throughout India. Lub Dub Medical Technologies is also ISO/IEC 17025:2017 accredited calibration lab. We are fully furnished with the latest and most accurate masters for all biomedical equipment calibration and master equipment calibration. Distinct advantage of buying from Lub Dub: State of the art devices with modern Android based applications. Pan India Service and Calibration. ISO 17025:2017 Certified calibration Facility is available in Chennai. Customizable and tailor made Interface Cables can be designed by Lub Dub as per your needs and manufactured locally, thus saving development time. Highly accurate and feature rich compared to competition. Low maintenance Cost. Availability of applications engineers to train your staff For more information, go to lubdubbazaar.com. For all your calibration and test equipment needs, contact Lub Dub at: E-mail: [email protected] or [email protected] Phone: [phone]

[lubdubmedical]

Disposable Electrodes

A Disposable electrode is a small, adhesive pad that is placed on the skin to detect and transmit the electrical activity of the body. These electrodes are designed for single-use only, and are typically made of a combination of conductive and adhesive materials that allow them to stick to the skin while conducting electrical signals from the skin to the measurement device. ECG Electrodes. Apart from ECG measurement, disposable electrodes are also used for recording nerve conduction measurements, cardiac output, electrical bio-impedance and general-purpose surface EMG measurements. Types of Disposable ECG Electrodes available: 1.Self-adhesive ECG Electrodes: These electrodes are pre-gelled and have an adhesive backing, making them easy to use and comfortable for patients. 2.Foam-based ECG Electrodes: These electrodes have a thick foam backing with a conductive gel on top, and are typically used for long-term monitoring of patients' heart function. 3.Wet-gel ECG Electrodes: These electrodes require a conductive gel to be applied before use, and are commonly used in emergency situations where the patient's skin may be oily or dirty. 4.Pediatric ECG Electrodes: These electrodes are smaller in size and designed specifically for use on infants and young children. The choice of electrode type may depend on the patient's skin condition, the duration of the test, and the healthcare setting in which the measurement is performed. Here are some advantages to using disposable electrodes: 1.Hygiene: Since disposable ECG electrodes are designed for single-use only, they reduce the risk of contamination and infection. This is particularly important in healthcare settings where patient safety is a top priority. 2.Convenience: Disposable ECG electrodes are ready to use right out of the packaging, which saves time for healthcare professionals and reduces the risk of errors. 3.Comfort: Disposable ECG electrodes are often designed with patient comfort in mind, with soft and flexible materials that are less likely to irritate the skin. 4.Consistency: With disposable ECG electrodes, there is less risk of variability in the quality of the recording due to changes in electrode placement, skin preparation, or gel application. 5.Cost-effectiveness: Although disposable ECG electrodes may have a higher upfront cost compared to reusable electrodes, they can be more cost-effective in the long run due to the savings in time and labor associated with cleaning and disinfecting reusable electrodes. Factors to consider when selecting a disposable electrode: 1.Type of Test: The type of ECG test being performed can determine the type of electrode needed. For example, if the patient will be exercising during the test, electrodes with a stronger adhesive may be necessary to ensure they stay in place. 2.Patient Age: Consider the age of the patient, as pediatric ECG electrodes are designed for use on infants and young children and may require smaller sizes. 3.Skin Condition: Patients with sensitive or fragile skin may require electrodes with a softer adhesive to minimize the risk of skin irritation or damage. 4.Duration of Test: The length of time the electrodes will be in use can also impact the type of electrode needed. For longer monitoring periods, foam-backed or solid-gel electrodes may be more appropriate. Lub Dub Advantage: Disposable medical electrodes were first invented in 1973. Since its invention, disposable electrodes has become a staple in every healthcare environment due to its versatility, convenience and better hygiene. Every clinical setting is in need of disposable electrodes. Whether it is in critical care, ambulatory care, post-op monitoring, at home care or even bio-feedback research, disposable electrodes are used everywhere. Lub Dub ensure that all your requirements are met and your expectations are exceeded.

[lubdubmedical]

SpO2 Probes

SpO2, also known as oxygen saturation, is a measure of the amount of oxygen-carrying hemoglobin in the blood relative to the amount of hemoglobin not carrying oxygen. There are many ways that the blood can be tested to ensure it contains normal oxygen levels. The most common way is to use a pulse oximeter to measure the SpO2 levels in the blood. Pulse oximeters are relatively easy to use, and are common in health care facilities and at home. They are very accurate despite their low price point. A SpO2 probes, also known as a pulse oximeter probe or sensor, is a medical device that is used to measure a person's oxygen saturation level (SpO2) in their blood. It typically consists of a small clip or adhesive pad that is attached to a person's finger, toe, earlobe, or forehead, and contains a light emitter and a light detector. The probe works by emitting two wavelengths of light, one red and one infrared, through the skin and into the underlying blood vessels. Oxygenated and deoxygenated hemoglobin in the blood absorbs different amounts of light at these wavelengths, allowing the pulse oximeter to calculate the oxygen saturation level in the blood. SpO2 probes are commonly used in hospitals, clinics, and other medical settings to monitor patients who are at risk of hypoxemia (low oxygen levels in the blood), such as those with respiratory conditions or who are under anesthesia. They are also used by athletes and people with certain medical conditions to monitor their oxygen levels during exercise or at home.

Spo2 probe types There are different types of SpO2 probes, which can be categorized based on their design and application. Here are some common types of SpO2 probes: 1.Location: Finger probe, Earlobe probe, Toe probe, Forehead probe. 2.Method of measurement :Reflectance probe or Transmittance probe 3.Reusable probes or Disposable Probes 4.Additionally, some SpO2 probes are designed for use in specific clinical settings, such as MRI or surgery, and are constructed of materials that are safe for use in those environments.

Selecting the Correct Spo2 probe Here are some factors to consider when selecting a SpO2 probe: 1.Age of the patient: The size and design of the SpO2 probe will vary depending on the patient's age. Pediatric patients may require a smaller probe or a probe designed to fit on the earlobe or foot. 2.Medical condition of the patient: Patients with poor peripheral circulation may require a probe designed to clip onto a toe rather than a fingertip. Patients with thin skin or fragile skin may require a probe with a softer, more flexible design. 3.Location of the probe: The location where the SpO2 probe will be placed can also impact the choice of probe. For example, a probe designed for use on the forehead may not be appropriate for use on a finger. 4.Purpose of the measurement: The purpose of the SpO2 measurement can also influence the selection of the probe. For example, a probe designed for use during exercise may have a different design than a probe used during surgery. 5.Compatibility with the pulse oximeter: It is important to ensure that the SpO2 probe is compatible with the pulse oximeter being used. Some pulse oximeters may only work with specific probes, so it is important to check the compatibility before making a selection.

Lub Dub Advantage Lub Dub Medical Technologies has been the the business for over 29 Years. We are producing high quality SpO2 Probes that are compatible with the pulse oximeters made by different manufacturers. The requirements and preferences of doctors and patients are varied. Different scenarios call for different types of SpO2 Probes but we here at Lub Dub ensure that all your requirements are met and your expectations are exceeded.

[lubdubmedical]

Best ECG Cable

Does  ECG Cables & Accessories are really Matter for recording accurate ECG ?

     An electrocardiogram (ECG) records the electrical activity of the heart. Electrodes are placed on the chest to record the heart's electrical signals. The signals are shown as waves on an attached computer monitor or printer. The ECG is a more than hundred years old but it is still the gold standard to diagnose heart problems non-invasively.

    ECG Recordings are made using ECG Machines, Interface cables and electrodes. The electrodes pickup the signals from the surface of the body and it is transmitted using the ECG cables to the ECG machine.

Interface cables and Electrodes play a vital part in the accuracy of an ECG reading. Most of the clinical errors are caused due to poor interfacing.

Even the best of ECG machines when used with substandard ECG cables and electrodes result in a poor measurement. An abrupt measurement caused by an improper ECG cable and accessory interface ultimately results a wrong diagnoses and can even lead to the patient’s death.

Lub Dub Medical Technologies Pvt. Ltd. Is an ISO 13485 certified company and are  pioneers in the manufacturing of ECG cables and accessories. For the past 29 years, we at Lub Dub are designing superior ECG cables and ECG accessories and are used by All Major ECG recorder manufacturers and Hospital chains. By creating transcendent interfacing, Lub Dub deliberately focuses on enhancing patient lives.

We provide a wide range of 3, 5, and 10 Lead ECG cables and accessories that are compatible with the ECG equipment made by all major manufacturers, including GE, BPL, Mindray, L&T, Skanray,Bionet, Phillips, Contec, Edan,Schiller,Marks  and others. The ECG cables are made of LOW Noise and  shielded coaxial wires, which prevents outside noise and vibration from disturbing the ECG Trace / machines and reducing the impact of artifacts.

 We guarantee flawless signal transmission and reliability.  Our wide range of Special ECG cables includes TMT, Stress Test Cable, Patient monitoring , Holter recorder,Home care, Tele medicine Etc.,

    There are a variety of sizes and forms to meet your needs. Depending on the particular application and device they are meant to be used with, ECG cables come in a variety of lengths, connector types, and lead counts. The cable can be disposable or reused and made of various materials, including silicone, PVC, and TPU.

        We also provide a broad selection of electrodes that are excellent for ECG measurements, Holter / Stress Test ECG Recording. These electrodes provide best adhesiveness for the perfect measurement. Different kinds of electrodes include disposable chest electrodes, clamp electrodes,  suction chest electrodes to name a few.

All the ECG Cables and accessories manufactured by Lub Dub adhere to IEC colour code standards. We manufacture and evaluate our products in accordance with the EC-53 standard.  The cable supports are constructed from a bio-compatible substance that performs electrically in accordance with ANSI/AAMI EC 12.

The requirements and preferences of doctors and patients are varied. Different scenarios call for different types of ECG cables and accessories but we here at Lub Dub ensure that all your requirements are met.

[lubdubmedical]

Nebulizer

Easy breathing with a nebulizer. Our cutting-edge tool provides quick and efficient respiratory alleviation, protecting your wellbeing. Visit https://lubdubbazaar.com/collections/nebulizer for more details.