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Packypedia
United States
Приєднався 10 гру 2023
Packypedia is an online resources and partner services firm helping packaging companies and packaging professionals enhance and expand their knowledge in the industry by sharing packaging concepts, industry insights, and industry trends. We aim to provide quality content and top-notch services to improve understanding of packaging principles and add value to partner companies' products and services.
Medical Device Packaging Thermoforming
Medical Device Packaging Thermoforming!
Medical device packaging is a critical aspect of ensuring the safety, sterility, and integrity of medical devices. Thermoforming is a common process used in the manufacturing of medical device packaging. Thermoforming involves heating a plastic sheet until it is pliable, forming it over a mold, and then cooling it to create a specific shape. Here's how thermoforming is typically applied to medical device packaging:
Material Selection:
Thermoforming is often done using plastic materials suitable for medical applications. Common materials include PVC (polyvinyl chloride), PET (polyethylene terephthalate), PS (polystyrene), and other medical-grade plastics.
The selected material must meet regulatory requirements for biocompatibility and compatibility with the specific medical device it will house.
Design and Mold Creation:
The packaging design is created based on the dimensions and shape requirements of the medical device. This design is then used to create a mold.
The mold is typically made of metal and is designed to fit the contours of the medical device precisely.
Heating and Thermoforming:
The plastic sheet is heated until it reaches a pliable state. This can be done using various methods such as radiant heaters or infrared heaters.
Once the plastic is heated, it is stretched over the mold using vacuum, pressure, or a combination of both. The plastic takes on the shape of the mold.
Cooling and Trimming:
After forming, the plastic is cooled to harden and retain its shape.
Excess material is trimmed away, leaving the final packaging shape.
Quality Control:
Thermoformed medical device packaging undergoes rigorous quality control checks to ensure it meets industry standards and regulatory requirements.
Common quality control measures include visual inspection, dimensional checks, and testing for sterility and barrier properties.
Printing and Labeling:
Packaging may include printing or labeling with essential information such as product details, instructions for use, and regulatory compliance markings.
Packaging Sterilization:
Medical device packaging must be sterilized to maintain the sterility of the enclosed device. Common sterilization methods include ethylene oxide (EO) gas sterilization or gamma irradiation.
Packaging Validation:
Thermoformed packaging must undergo validation processes to ensure it effectively protects the medical device throughout its shelf life. This includes testing for durability, seal integrity, and barrier properties.
Thermoforming offers advantages such as cost-effectiveness, the ability to create complex shapes, and efficient production processes, making it a widely used method in the medical device packaging industry. However, it's crucial for manufacturers to adhere to regulatory standards and industry best practices to ensure the safety and efficacy of medical device packaging.
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Medical device packaging is a critical aspect of ensuring the safety, sterility, and integrity of medical devices. Thermoforming is a common process used in the manufacturing of medical device packaging. Thermoforming involves heating a plastic sheet until it is pliable, forming it over a mold, and then cooling it to create a specific shape. Here's how thermoforming is typically applied to medical device packaging:
Material Selection:
Thermoforming is often done using plastic materials suitable for medical applications. Common materials include PVC (polyvinyl chloride), PET (polyethylene terephthalate), PS (polystyrene), and other medical-grade plastics.
The selected material must meet regulatory requirements for biocompatibility and compatibility with the specific medical device it will house.
Design and Mold Creation:
The packaging design is created based on the dimensions and shape requirements of the medical device. This design is then used to create a mold.
The mold is typically made of metal and is designed to fit the contours of the medical device precisely.
Heating and Thermoforming:
The plastic sheet is heated until it reaches a pliable state. This can be done using various methods such as radiant heaters or infrared heaters.
Once the plastic is heated, it is stretched over the mold using vacuum, pressure, or a combination of both. The plastic takes on the shape of the mold.
Cooling and Trimming:
After forming, the plastic is cooled to harden and retain its shape.
Excess material is trimmed away, leaving the final packaging shape.
Quality Control:
Thermoformed medical device packaging undergoes rigorous quality control checks to ensure it meets industry standards and regulatory requirements.
Common quality control measures include visual inspection, dimensional checks, and testing for sterility and barrier properties.
Printing and Labeling:
Packaging may include printing or labeling with essential information such as product details, instructions for use, and regulatory compliance markings.
Packaging Sterilization:
Medical device packaging must be sterilized to maintain the sterility of the enclosed device. Common sterilization methods include ethylene oxide (EO) gas sterilization or gamma irradiation.
Packaging Validation:
Thermoformed packaging must undergo validation processes to ensure it effectively protects the medical device throughout its shelf life. This includes testing for durability, seal integrity, and barrier properties.
Thermoforming offers advantages such as cost-effectiveness, the ability to create complex shapes, and efficient production processes, making it a widely used method in the medical device packaging industry. However, it's crucial for manufacturers to adhere to regulatory standards and industry best practices to ensure the safety and efficacy of medical device packaging.
Hashtag:
#packaging
#medical_devices
#thermoforming
#multivac,
#Medical,
#medical_device_packaging,
#thermoforming_packaging_machine,
#thermoforming,
#packaging,
medical device packaging,thermoforming packaging machine,thermoforming,packaging,medical packaging,medical device thermoforming packing machine,thermoforming machine for medical packaging,medical device packing machine,packaging machine,medical device packaging machine,medical device,thermoforming machine,medical device (industry),medical devices,thermoforming packaging,thermoforming machine for medical products,thermoforming packing machine
Website www.packypedia.com
LinkedIn company page: www.linkedin.com/company/packypedia/?viewAsMember=true
LinkedIn Group: www.linkedin.com/groups/14363192/
LinkedIn personal page www.linkedin.com/in/pkmuthiah/
UA-cam: ua-cam.com/channels/GBbviCLH6tTJ17mfkJWyYw.html
Facebook page profile.php?id=61554307117901
Twitter packypedia
Instagram page packypedia
Переглядів: 110
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Переглядів 887 місяців тому
Packypedia Promotional Video! । Packypedia Hashtag: #packaging #packaging_technology #packaging_materials_science #medical_device_packaging #blister_packaging #healthcare_packaging #consumer_packaging #food_packaging, packypedia,product compatability testing । packypedia,bag on valve bov packaging technology - packypedia,seal strength and bench top heat sealer - packypedia,packaging multilayer ...
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Bag on Valve BOV Packaging Technology
Переглядів 1,3 тис.8 місяців тому
Bag on Valve BOV Packaging Technology - Packypedia Bag-on-Valve (BOV) is a packaging technology that involves the combination of a flexible bag or pouch inside a can or aerosol container. This innovative packaging design separates the product from the propellant or air, providing several advantages in terms of product integrity, dispensing, and environmental impact. Here's an overview of Bag-on...
Placon www.placon.com/medical/ T.O. Plastics www.toplastics.com/ Prent www.prent.com/ Sunoco TEQ www.teqnow.com/ Nelipak www.nelipak.com/ Dordon www.dordan.com/ Brentwood medical medical.brentwoodindustries.com/ Tek Pak www.tekpak.com/
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For more: Website www.packypedia.com LinkedIn company page: www.linkedin.com/company/packypedia/about/?viewAsMember=true LinkedIn Group: www.linkedin.com/groups/14363192/ UA-cam: ua-cam.com/channels/GBbviCLH6tTJ17mfkJWyYw.html Facebook page facebook.com/profile.php?id=61554307117901 Twitter twitter.com/packypedia Instagram page instagram.com/packypedia/Instagram page instagram.com/packypedia/
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Reference: 1. Slide #2, Source: www.dawsom.com/bag-on-valve-aerosol-technology-101-part-one/ Dawsom website, accessed Dec 12, 2023. 2. Slide #3, Source: www.pharmaceutical-networking.com/advantages-of-bov-technology-over-traditional-aerosol-packaging/ (original source what is science magazine), website accessed Dec 12, 2023. 3. Slide #4-5, Source: jrpacking.com/bag-on-valve-filling-technology/#, jrpacking website accessed Dec 12, 2023.
Reference: 1. Slide #2, Source: www.rdmtest.com/p/HSB1-Laboratory-Heat-Sealer/, RDM Test Equipment website, accessed December 13, 2023. 2. Slide #3, Source: www.rdmtest.com/c/ASTM-F2029-Heatsealability/ RDM Test Equipment website, accessed December 13, 2023.
Reference: 1. Slide #2-6, Source: sepha.com/products/packaging-solutions/ez-blister/ Sepha website, accessed December 19, 2023. 2. Slide #7, Source: www.memmertusa.com/P/132/ICH110eco Memmert website, accessed December 19, 2023. 3. Slide #8, Source: innoua.ua.es/en/multilayer-film-delamination-process-3043, website accessed December 20, 2023.
Reference: 1. Slide #3, Source: www.nordmeccanica.com/products/combi-solutions/super-combi-5000 Normeccanica Group website, accessed December 22, 2023. 2. Slide #4, Source: www.nordmeccanica.com/products/combi-solutions/labo-combi Nordmeccanica Group website, accessed December 22, 2023. 3. Slide #4, Source: www.keyence.com/ss/products/measure/sealing/coater-type/roll.jsp Keyence website, accessed December 22, 2023.
Reference: 1. Slide #4, source: www.perkinelmer.com/category/infrared-spectroscopy-ftir Perkin Elmer website, accessed December 25, 2023. 2. Slide #4, source: www.researchgate.net/figure/FTIR-spectra-of-a-PET-and-PETG-b-PETG-block-PTMO-copolymers-and-PETG_fig3_319294830 Research Gate website, accessed December 25, 2023. 3. Slide #5, source:www.linseis.com/en/products/differential-scanning-calorimeter-dsc/ Perkin Elmer website, accessed December 25, 2023. 4. Slide #5, source: www.linseis.com/en/applications/polymers/chip-dsc-10-polymers-pet/ Linseis website, accessed December 25, 2023. 5. Slide #6, Source: www.keyence.com/products/microscope/digital-microscope/vhx-7000/ Keyence website, accessed December 25, 2023. 6. Slide #6, Source: www.keyence.com/products/microscope/digital-microscope/industries/chemistry/multilayer-film.jsp Linseis website, accessed December 25, 2023. 7. Slide #7, Source:www.ametekmocon.com/products/permeationanalyzers/otr-permeation-analyzers/ox-tran-2-12-series Labcompare website, accessed December 25, 2023.
Reference sources: 1. Source: www.eag.com/wp-content/uploads/2016/09/M-066122-TOF-SIMS_w.pdf Eurofins website, accessed December 30, 2023. Slide #2. 2. Source: ionoptika.com/tof-sims/ Ionoptika website, accessed December 30, 2023. Slide #2. 3. Source: www.eag.com/wp-content/uploads/2016/09/M-066122-TOF-SIMS_w.pdf Eurofins website, accessed December 30, 2023. Slide #3. 4. Source: www.biolinscientific.com/blog/cohesive-vs.-adhesive-failure-in-adhesive-bonding Biolin Scientific website, accessed December 30, 2023. Slide #3.
Sorry, this reference is partially hidden @ timing 5:15-5:18 for slide #4: Source: www.nordmeccanica.com/products/combi-solutions/labo-combi Nordmeccanica Group website, accessed December 22, 2023.
Understanding the intricacies of seal strength testing is crucial for ensuring the reliability of packaging in various industries.
I totally agree with you 💯
I'm all ears when I watch your videos 👏
thanks for commenting on our quality content
It's fascinating to see the attention to detail in ensuring the effectiveness and durability of seals in blister packaging👍
well said
wow, great video.
thanks for commenting on our quality content
Understanding how different products interact with packaging materials is crucial for ensuring quality and safety.
I agree
Product compatibility testing is a key aspect of packaging, and this video does an excellent job explaining its importance in the industry.
great stuff honestly 🔥🔥
it is a really well made video
Slide#2 Correct picture source @ timing 0:14-0:18: www.dawsom.com/bag-on-valve-aerosol-technology-101-part-one/, Dawsom website, accessed Dec 12, 2023.