TAG3 Engineering的动态

The demands on technical components are nowhere as high as in medicine: Absolute precision, sterilizability, minimal vibration, power density with a compact size, and low heating of the motors are essential. maxon drives are successfully used in numerous medical applications. Discover more: https://lnkd.in/gd8mQpmm #drivenbymaxon #MedicalTechnology #PrecisionEngineering #Medical #TechInMedicine

Among the demanding applications, such as #medical #aesthetic laser devices, thermal management, particularly cooling, is essential. Overheating poses a significant threat to the sensitive electronic components within the devices, potentially resulting in malfunctions or complete failures. Ensuring a stable temperature environment is imperative for maintaining consistent energy delivery, which is fundamental to achieving reliable treatment outcomes. Moir Cooling focuses on the compact cooling industry, committed to providing the smallest yet highly efficient cooling solutions, all while delivering unwavering cooling capabilities. Our small cooling systems stand out as exceptionally reliable, having endured rigorous testing to guarantee optimal performance before shipping out. With an ISO 9001 QMS backing our commitment to excellence, offering unmatched reliability and efficiency to meet the stringent requirements of medical aesthetic devices. To learn more:??https://bit.ly/3WA6FEF #medical #medicallaser #thermalmanagement?

E X C E P T I O N A L?P R E C I S I O N -?Our TS series voltage stabilisers are renowned for their accuracy, featuring output tolerances of ±0.32%, ±0.55%, ±0.9%, and ±1.6% as standard. However, for those critical applications where ultimate control is paramount, we can offer an exceptional 0.1% tolerance. This advanced accuracy is indispensable in laboratory and medical environments, ensuring a stable and precise voltage supply and safeguarding the most sensitive of equipment. Devices such as MRI machines, CT scanners, and other delicate diagnostic instruments require consistent voltage for optimal performance. Our TS series guarantees seamless operation of these devices, mitigating the potential for errors and enhancing patient safety. Discover how Claude Lyons’ TS series can support your needs with unparalleled reliability and precision. ?www.claudelyons.com ??+44 (0)1992 455930 #MedicalTechnology #VoltageStabilisers #energy #ClaudeLyons #TSseries #PatientSafety #Reliability

For sensitive equipment like CT scans and MRI machines, maintaining a stable power supply is essential for accurate diagnostics and smooth operation. Fuji Electric’s Servo Control Voltage Stabilizer (SCVS) is built to meet these requirements, providing consistent voltage regulation in diverse conditions. Challenges: CT and MRI machines require a stable power environment to operate effectively. Voltage fluctuations can lead to equipment malfunction, diagnostic errors, or downtime, impacting healthcare services. Fuji Electric’s SCVS address these challenges with: - Accurate Voltage Regulation: Ensures a stable power supply for sensitive medical equipment. - Micro-Controlled System: Allows easy adjustments of input/output voltage and sensitivity via a front-panel keypad - Protection Features: Includes over/under voltage cut-off, overload protection, and adjustable trip time delays for added safety - No Potentiometer Adjustments Needed: Simplifies setup and operation - Generator Compatibility: Enables seamless operation during power interruptions. For details call 01844-042061 or send email: [email protected] hashtag #voltagestabilizer #FujiElectric #weknowpower #EnergyEfficient

Preparation for your #SleepStudy begins with the process of placing special sensors on various points of your body. These sensors are placed using a type of medical paste & you won't experience any pain or discomfort.

Attention medical device innovators: Is your ventilator struggling to keep up with patient breathing patterns? ?? Here's why Dynaflo's 3000 Series "Radial 12" diaphragm pump might be your new best friend: 1) Mimics natural breathing with constant torque load 2) Eliminates pulsation and vibration (bye-bye, hemodynamic instability) 3) Ultra-fast response time = no missed breaths 4) Smooth airflow at <2 psi (perfect for sensitive applications) 5) Precise flow control for patients of all sizes 6) Adapts to various atmospheric pressures 7) Works in extreme temps (-40°F to 120°F) 8) Meets FDA, RoHS, ISO 10933, and global transport standards The cherry on top? Off-the-shelf pricing for custom quality. ???? Now, I'm curious: What's your current solution for pulse-free ventilation? Drop a comment below! #MedicalEngineering #ProductInnovation #Ventilators #Dynaflo #CustomPumps

Welch Allyn Spot Vital Signs LXi Monitor The Welch Allyn Spot Lxi Vital Signs Monitor with SureBP, Braun ThermoScan PRO 4000 Ear Thermometer, SureBPTM technology measures blood pressure in about 15 seconds as the cuff as inflating -- resulting in time savings for you and improved comfort for your patients, pulse rate and MAP included. Ability to manually enter weight, height, respiration rate, and pain level; calculates Body Mass Index. 50-reading memory allows retrieval of previous data for review, to print or to download later. Connectivity-ready. Error messages give you descriptions and real solutions -- not just error codes. Bigger, brighter LCD display provides greater visibility from farther distances. Read the full article online: https://lnkd.in/epWVnapE

5 Common Mistakes to Avoid When Using Ultrasound for Condition Monitoring Are you new to using ultrasound for condition monitoring? You're not alone! As a leading provider of condition monitoring solutions, we've seen many clients make common mistakes that can hinder the effectiveness of their ultrasound-based monitoring systems. In this post, we'll share 5 common mistakes to avoid and offer tips and best practices to help you get the most out of your ultrasound-based condition monitoring system. Mistake #1: Not Calibrating Your Ultrasound Sensor Tip: Always refer to your manufacturer's guidelines for calibration procedures. Regularly calibrate your sensor to ensure accurate readings and optimal system performance. Mistake #2: Not Properly Positioning Your Ultrasound Transducer Tip: Ensure your transducer is properly aligned with the target area and at the correct distance. Consult your manufacturer's guidelines for specific positioning recommendations. Mistake #3: Not Filtering Out Noise and Interference Tip: Use filters and signal processing techniques to minimize noise and interference. Regularly inspect your system for signs of degradation or malfunctioning components. Mistake #4: Not Documenting Your Data Tip: Keep a detailed log of your data, including measurements, settings, and any observations or findings. Regularly review your data to identify trends or patterns that may indicate equipment degradation. Mistake #5: Not Regularly Maintaining Your System Tip: Regularly inspect your system for signs of degradation or malfunctioning components. Perform routine maintenance tasks, such as cleaning and replacing worn-out parts, as recommended by your manufacturer. By avoiding these common mistakes and following best practices, you'll be able to get the most out of your ultrasound-based condition monitoring system and ensure optimal equipment performance. Happy monitoring! For more information, Contact us: 01002517431 www.igs-industrial.com #IGS #Always_Ready_For_What_You_Need #UltrasoundConditionMonitoring #ConditionMonitoring #MaintenanceTips #IndustrialMaintenance #EquipmentReliability

Step into the future of maintenance with our Ultrasound Diagnostics. Go beyond what the eye can see and catch machinery anomalies before they turn into costly disasters. Why wait for breakdowns when you can prevent them? ?? Why Choose Ultrasound Technology? → Early Detection: Identify issues before they escalate, ensuring uninterrupted operations. → Enhanced Reliability: Optimize your maintenance strategy for peak performance and reliability. → Safety First: Detect potential failures early, maintaining high safety standards across your operations. Experience the difference with Nikham Energy's state-of-the-art ultrasound diagnostics and keep your machinery in top condition! #UltrasoundDiagnostics #ConditionBasedMaintenance #CBM #NikhamEnergy #PredictiveMaintenance #IndustrialInnovation

TEE probe leakage testing has been around for about 30 years. Surprisingly, it’s something that, currently, is still misunderstood by many biomeds, imaging service engineers, even those routinely performing the tests. We've created a how-to video that explains what it is, why it’s performed, how it’s performed, when it should and shouldn't occur, and provides some very basic troubleshooting tips. https://lnkd.in/guZa4J4t