HealthPass 的动态

Oil and gas to medical device sales #medicaldevicesales #medicaldevices #medicaldevice #medicalsales #medicalsalescollege #sales #success #newtomedicaldevicesales #medicine #medtech

Automated Blood Tube Labeler & Specimen Transport Box Market 2022-2029: Innovations Driving Seamless Communication Solutions To Get More: https://lnkd.in/dUH5V2Wk In the #healthcare industry, automatic #blood tube labelers and specimen transport boxes are used to avoid manual #mistakes and move safe specimens from #hospitals to laboratories. Automatic blood tube labelers are widely used because they provide error-free blood collection throughout the pre-analytical #stages. #Barcode labels are developed using data from laboratory information systems (LIS) and the spontaneous #selection of the appropriate main tubes for patient #evaluation. Fully automated labelling systems provide consistent processing, high throughput, #reduced human error, and time savings. The global #automated blood tube labeler & specimen transport box market is expected to #grow due to an increase in the number of accident cases, the high benefits of automated labelling over manual labelling, lower incidences of specimen labelling #errors, and technological advancements and improvements in laboratory productivity and #efficiency. Automated Blood Tube Labeler & Specimen Transport Box Market Key Players ? Techno Medica Co Ltd ? Sonoco Product Company ? Katsuaki Kobayashi ? Inpeco SA ? Energium Gulf Co. Ltd #AutomatedLabeling #SpecimenTransport #BloodTubeLabeler #LabAutomation #HealthcareTech #MedicalDevices #SpecimenHandling #DiagnosticLabs #ClinicalLaboratories #PatientSafety #EfficientWorkflow #SampleTracking #HealthcareInnovation #MedicalTechnology #SpecimenManagement

Types of airlocks system The airlock is generally called PAL (personnel airlock) when used for personnel and MAL (Material airlock) when used for transferring materials. In pharmaceuticals there are basically three types of the airlock used as described below: 1. Cascade Airlock These cascade types are very common having higher differential pressure on one side (Corridor) and lower differential pressure on another side (Cubicle). in a cascade system positive air pressure flow from the higher pressure internal zone to the airlock and from the air lock to the lesser lower pressure grade area. this prevents to entry of dust and contaminated particles from outside to the airlock and from air lock to the inner side. Application: Any manufacturing facility where the product requires protection from particulate but the people outside the clean room does not need protection from the product in the clean room for example tablets manufacturing areas in facilities. 2. Bubbles Airlock Bubble types have higher differential pressure inside the airlock as compared to outside. it creates barriers where contaminates within either area are pushed back into their own respective area. Application: A bubble type of airlock system is used in an area where the product needs protection and the person external to the clean room required protection from the product to reduce the possibility of viable particulate from entering the lesser pressure clean room. Area such as higher potency, compounding area terminal sterilization is not an option. These types of airlocks are used in injectable manufacturing areas. 3. Sink Airlock The sink airlock has lower pressure inside the airlock and higher pressure on both sides of the air lock. sink types pull air from both adjacent areas creating a low-pressure barrier and reducing the opportunity for contamination to pass to the internal zone. Applications: These types of airlock system are used inside research facilities, a substance that is experimented on are highly dangerous, and it is essential to keep them from being exposed during a few types of the production process in a clean room, air from a contaminated area has to be contained in one place for example; poisonous manufacturing area.

Problem solved! ?? Our customer in the pharmaceutical industry faced recurring issues with a CIP return pump, due to continuous failures of the mechanical seal with SiC/SiC seal faces. With SiC/SiC lacking self-lubricating properties, it wasn't suitable for a self-priming pump, especially in scenarios with poor lubrication during air handling. Although carbon, a better self-lubricating material, wasn't allowed, Packo stepped in to replace the problematic pump with a PRP2/32-125 featuring a Novapad mechanical seal. The new pump has been operational for over 6 months now without any seal issues. The PRP2 series is equipped with all medium contact surfaces certified to have < 0.4 μm roughness, ensuring top-notch performance. The Novapad seal, known for its formidable material and unique surface treatment, effectively reduces friction and heat generation in low-lubrication conditions. This solution not only excels in CIP return pumps where carbon isn't permitted, but also demonstrates exceptional performance during sterilization processes. Unlike SiC/SiC faces that led to vapor-lock and seal damage, the Packo Novapad seal minimizes friction, even at 3,000 rpm, preventing overheating and maintaining liquid between the seal faces. A testament to innovation and reliability in pump technology! ???? #PharmaceuticalIndustry #Innovation #MechanicalSeal #PumpTechnology #CustomerSuccess #ProblemSolved #EnablingProgress #VerderLiquids

?????? ???????? ???? ?????????????????? ?????????? ???? ?????? ???????????? ???????????????? ?????????????? ???? In-vitro diagnostics (IVD) demand precision, reliability, and efficiency at every stage. One key component that supports seamless operations is the diaphragm pump. These pumps provide critical functions in liquid handling systems, playing an indispensable role in laboratories and diagnostic setups. Let’s explore their core applications. ?? ??. ???????????? ???????????????? ?? Micro diaphragm pumps are the workhorses for transferring precise volumes of liquid in automated diagnostic systems. By reducing manual handling, they minimize the risk of errors and increase throughput, which is essential for high-efficiency testing environments. ??. ???????? ?????????? ?? To ensure accurate results, effective cleaning between tests is crucial. Diaphragm pumps assist in dispensing wash solutions, helping remove residual substances and preventing contamination during testing cycles. ??. ?????????? ???????????????? ??? Proper waste management is critical in any IVD system. Diaphragm pumps efficiently aspirate and transfer waste liquids to designated containers, ensuring both the safety of laboratory personnel and the integrity of diagnostic processes. By integrating diaphragm pumps into IVD systems, laboratories can optimize their workflows and maintain the highest standards of accuracy and safety. #IVD #Pumps #MicroPumps #DiaphragmPumps #LaboratoryAutomation #Diagnostics #HealthcareTech #InnovationInDiagnostics

How accurate is your leak testing method? How much valuable product are you discarding during quality assurance testing? ? The Sepha Ltd Multi-Q is a non-destructive, deterministic, and multi-functional Container Closure Integrity Testing system designed to detect leaks in non-porous, rigid, or flexible packaging. ? This lab-scale unit has a small footprint and offers the flexibility to test different container types by use of interchangeable tooling and test methods including vacuum and pressure decay. The tooling can be easily changed and the relevant recipes for the selected attachment will be available to start testing immediately. ? Testing methods that are compatible with the Multi-Q are: -????Vacuum Decay --??Utilizes the ASTM F2338-09 test method to test vials, ampoules, bottles, pre-filled syringes, blow filled seals, medical devices, and trays. The non-destructive, deterministic leak test device can identify leaks and channel leaks as low as 5μm (dependent on container type and content) and gives a pass/fail result in as little as 10 seconds. --?Parenteral applications that have a lower Maximum Allowable Leakage Limit (MALL) often require a higher level of sensitivity. The Multi-Q HD has been developed to reach this sensitivity enabling ultra-sensitive detection of micron defects as low as 1μm (dependent on container type and content). -? Pressure Decay --??Non-destructive, reliable, and repeatable test method, ideal for testing the integrity of lyophilized and liquid filled vials, ampoules, bottles, and other containers. The device shows a pass/fail result in as little as 10 seconds and can identify leaks and channel leaks as low as 5μm (dependent on container type and content). - Flexible Membrane --?Non-destructive, tool-less leak detection device designed for flexible or semi-flexible packaging. Using hybrid membrane technology, the flexible head utilizes the ATM F2338-09 test method to perform the leak test. Ideal for testing gross or micron holes in pouches, sachets and bags that contain tablets, capsules, powders, or devices. For more information on this system, please contact Paul Adams ???? or Lyn-Ann Adams of IMAS INGENIOUS MACHINES. ? #nondestructivetesting #leaktesting #pharmaceuticalindustry #pharmaceuticalpackaging #pharmaceuticalmanufacturing #qualityassurance #leakdetection

Do you know that the MultiQ is also suitable for pressure decay of bags? This method is a non-destructive leak test solution for empty bags including IV bags, blood bags and catheters. The deterministic, quantitative, and calibrated test method can identify gross as well as micron holes. These nondestructive and deterministic test methods provide quick, reliable, and repeatable results enabling you to improve the accuracy of your leak detection procedures and reduce cost as the method prevents the packaging from being damaged. #nondestructivetesting #pharma #pharmaceuticalindustry #leaktesting

Save time and effort by consolidating your purchasing. Streamline your operations, stay compliant, and focus on what matters most: delivering accurate, consistent results. Explore @Emerald Scientific full catalog from essential consumables and chemicals to benchtop equipment and specialized instruments and beyond! https://bit.ly/3PuIZ05 #emeraldscientific #referencematerials #crms #proficiencytests #labequipment #laboratoryequipment #labchemicals #laboratorychemicals #labsolvents #laboratorysolvents #bulksolvents #solvents #acetonitrile #methanol #ethanol #formicacid #benchtopequipment #labinstruments #labsupplies #laboratorysupplies #labconsumables #laboratoryconsumables #labsupplier #laboratorysupplier #labsuccess #laboratorysuccess #procurementexpertise #procurementprofessionals #labprocurement #procurementmanagement #labfurniture

Is your leak testing method non-destructive? How much valuable product are you discarding during quality assurance testing? Are you confident in the accuracy and repeatability is your leak testing method? ? The Sepha Ltd Multi-Q is a non-destructive, deterministic, and multi-functional Container Closure Integrity Testing system designed to detect leaks in non-porous, rigid, or flexible packaging. ? This lab-scale unit has a small footprint and offers the flexibility to test different container types by use of interchangeable tooling and test methods including vacuum and pressure decay. The tooling can be easily changed and the relevant recipes for the selected attachment will be available to start testing immediately. Testing methods that are compatible with the Multi-Q are: ??Vacuum Decay. Utilizes the ASTM F2338-09 test method to test vials, ampoules, bottles, pre-filled syringes, blow filled seals, medical devices, and trays. ??Pressure Decay. Non-destructive, reliable, and repeatable test method, ideal for testing the integrity of lyophilized and liquid filled vials, ampoules, bottles, and other containers. ??Flexible Membrane. Non-destructive, tool-less leak detection device designed for flexible or semi-flexible packaging. Using hybrid membrane technology, the flexible head utilizes the ATM F2338-09 test method to perform the leak test. Ideal for testing gross or micron holes in pouches, sachets and bags that contain tablets, capsules, powders, or devices. ? For more information on how this machine can improve your QA process, get in touch with Paul Adams ???? or Lyn-Ann Adams of IMAS INGENIOUS MACHINES, or Laura Murray of Sepha Ltd. ? #nondestructivetesting #leaktesting #pharmaceuticalindustry #pharmaceuticalpackaging #pharmaceuticalmanufacturing #pharma

???????????????? ?????? ????????????????: https://bit.ly/4fsDOJF Peristaltic pumps are vital in various industries for their precision and versatility in fluid handling. They operate by squeezing a flexible tube to transfer liquids, making them ideal for applications involving corrosive, abrasive, or viscous fluids. Key sectors benefiting from peristaltic pumps include #pharmaceuticals, #watertreatment, #foodandbeverage, and #chemicalprocessing. As industries seek more efficient and hygienic fluid management solutions, the demand for peristaltic pumps is expected to rise, supported by technological advancements and increasing industrial activity globally. Verder Group (Netherlands), is a global pump manufacturing and scientific equipment company. The company offers advanced pumping solutions as well as cutting-edge analytical equipment?worldwide. Verder Liquids, a business division of the company manufactures and sells peristaltic pumps, positive displacement pumps, and other products. In 27 countries globally, the company has 11 Verder House Brands and over 50?Verder-affiliated offices. #peristalticpumps #fluidhandling #industrialpumps #pharmaceuticalpumps #watertreatment #chemicalprocessing #foodandbeverage #pumptechnology #precisionpumps #industrialautomation #peristalticpumpsindustry #peristalticpumpsmarket #peristalticpumpsmarketdemand #peristalticpumpsmarketgrowth #peristalticpumpsmarketkeyplayers #peristalticpumpsmarketreview