We know that you like our tangential flow filtration (TFF) cartridges. But we are also aware that if automated, they can be much better. Soon, you will be able to do so with our new system. From lab bench to full production, we’re building the bridge for truly scalable bioprocessing.
TFF is a widely used technique for EVs isolation, but generally required expensive, industrial-scale equipment, making it difficult for researchers and small labs to replicate production-scale performance. We changed that with our TFF cartridges enabling ultrafiltration at a small scale, using the same system and principles applied in industrial production. This alignment ensures seamless protocol transfer from research to manufacturing.
Today we take this even further, introducing our new pump system that is able to:
- Enhance process control and consistency.
- Minimize variability introduced by manual operation.
- Ensure reproducible results across every scale
Very soon, our new system will be available with affordable price to simplify your EV workflows. For further details, check our video available here.
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"page_title": "A New-Era in EV Processing: Automation of TFF-Based Isolation",
"meta_description": "EV-based TFF isolation will soon become much easier and reproducible!",
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"title": "A New-Era in EV Processing: Automation of TFF-Based Isolation",
"content": "<p>We know that you like our tangential flow filtration (TFF) cartridges. But we are also aware that if automated, they can be much better. Soon, you will be able to do so with our new system. From lab bench to full production, we’re building the bridge for truly scalable bioprocessing.<br><br>TFF is a widely used technique for EVs isolation, but generally required expensive, industrial-scale equipment, making it difficult for researchers and small labs to replicate production-scale performance. We changed that with our TFF cartridges enabling ultrafiltration at a small scale, using the same system and principles applied in industrial production. This alignment ensures seamless protocol transfer from research to manufacturing.<br><br>Today we take this even further, introducing our new pump system that is able to:<br><br>- Enhance process control and consistency. <br>- Minimize variability introduced by manual operation.<br>- Ensure reproducible results across every scale<br> <\/p><p>Very soon, our new system will be available with affordable price to simplify your EV workflows. For further details, check our video available <a href=\"https:\/\/youtu.be\/tcRBWt6a4pQ\">here<\/a>.<\/p>",
"slug": "automation-of-tff-based-ev-isolation",
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"summary": "EV-based TFF isolation will soon become much easier and reproducible!",
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{
"id": 12,
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"date_updated": "2025-12-11 08:36:20",
"title": "A New-Era in EV Processing: Automation of TFF-Based Isolation",
"content": "<p>We know that you like our tangential flow filtration (TFF) cartridges. But we are also aware that if automated, they can be much better. Soon, you will be able to do so with our new system. From lab bench to full production, we’re building the bridge for truly scalable bioprocessing.<br><br>TFF is a widely used technique for EVs isolation, but generally required expensive, industrial-scale equipment, making it difficult for researchers and small labs to replicate production-scale performance. We changed that with our TFF cartridges enabling ultrafiltration at a small scale, using the same system and principles applied in industrial production. This alignment ensures seamless protocol transfer from research to manufacturing.<br><br>Today we take this even further, introducing our new pump system that is able to:<br><br>- Enhance process control and consistency. <br>- Minimize variability introduced by manual operation.<br>- Ensure reproducible results across every scale<br> <\/p><p>Very soon, our new system will be available with affordable price to simplify your EV workflows. For further details, check our video available <a href=\"https:\/\/youtu.be\/tcRBWt6a4pQ\">here<\/a>.<\/p>",
"slug": "automation-of-tff-based-ev-isolation",
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"date": "2025-11-19 10:07:00",
"tags": [
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],
"summary": "EV-based TFF isolation will soon become much easier and reproducible!",
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{
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"date_created": "2025-12-10 14:02:22",
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"title": "Attendance to MOVE2025",
"content": "<p>In the beginning of this last quarter of the year, we attended the <a href=\"https:\/\/move2025.ee\/\">3rd MOVE Symposium<\/a>, organized mainly by the Baltic Society of Extracellular Vesicles in Tartu. Between 7-10th of October, Tayfun Tatar, Francesca Loria, and Paolo Guazzi (from left to right) enjoyed good company at our home country to discuss how our innovative products can take EV research to one next level. But, this was not the only source of excitement as our booth was home to the launch of our new instrument for automating our TFF cartridges.<\/p>",
"slug": "attendance-move-2025",
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"date": "2025-10-13 14:00:00",
"tags": [
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"science",
"extracellular vesicles",
"exosomes"
],
"summary": "HBM in Tartu to attend the biggest EV event in Europe",
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},
{
"id": 4,
"status": "published",
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"user_created": "590a497a-ee0e-4cfc-bb7a-55d220fdfe30",
"date_created": "2025-09-02 16:08:02",
"user_updated": "590a497a-ee0e-4cfc-bb7a-55d220fdfe30",
"date_updated": "2025-12-10 13:47:05",
"title": "New Application Notes Published",
"content": "<p>Our products can be utilized in multiple scenarios to simplify EV research workflows. In order to demonstrate some of such scenarios, we very recently published two new application notes that you can access by clicking the links below:<\/p><p> <\/p><ol><li><a href=\"https:\/\/hbm.best\/s\/h4OHM6\"><strong>NanoSorter® Meets FLUO-EVs: Precision Sorting of Extracellular Vesicles<\/strong><\/a><strong>:<\/strong> This application note describes how the patented NanoSorter® technology by <a href=\"https:\/\/hekat.com\/\">Hekat Fluidics<\/a> can achieve sorting of nanoobjects exhibiting fluorescent tags, and how FLUO-EVs by HansaBioMed can be utilized as positive control for such technology.<\/li><li><a href=\"https:\/\/hbm.best\/s\/7tYsvL\"><strong>EV Concentration the Other Way: Reverse Ultrafiltration over V-Shaped Filters<\/strong><\/a><strong>:<\/strong> In this tech note, we evaluated the advantages of EV-Spinner over commonly-used V-shaped filters in terms of particle recovery and reusability.<\/li><\/ol>",
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"date": "2025-09-30 16:07:00",
"tags": [
"hansabiomed",
"hekat fluidics",
"fluo ev",
"ev sorting",
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"ev concentration",
"v shape filters"
],
"summary": "Precision EV sorting & EV concentration with minimal loss",
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},
{
"id": 3,
"status": "published",
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"user_created": "590a497a-ee0e-4cfc-bb7a-55d220fdfe30",
"date_created": "2025-09-02 14:54:37",
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"date_updated": "2025-12-10 13:17:03",
"title": "Attendance to GSEV 2025",
"content": "<p>Just before the September ends, we steered our wheel to Essen, Germany for the annual meeting organized by German Society for Extracellular Vesicles, <a href=\"https:\/\/gsev.org\/gsev-2025-autumn-meeting\/\">GSEV 2025<\/a>. During the two-day event in 24th-25th of September, our COO Paolo Guazzi and Tayfun Tatar had many enlightening discussions.<\/p><p> <\/p><p>It was an amazing chance to reconnect with our existing users, get acquainted with new researchers, and discuss about potential collaboration ideas. As always, it was a pleasure to see you! <\/p>",
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"date": "2025-09-29 02:54:00",
"tags": [
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],
"summary": "HBM in Germany for the annual meeting by the German Society for Extracellular Vesicles",
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{
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"date_created": "2025-09-03 08:37:10",
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"date_updated": "2025-12-10 13:07:37",
"title": "Estonian science portal Novaator has highlighted our recent work ",
"content": "<p>Happy to share that the Estonian science portal Novaator has highlighted our recent work on extracellular vesicles (<strong>#EVs<\/strong>) in <strong>#fertility<\/strong>, recently published in the Journal of Extracellular Vesicles.<br><br>The study, carried out by <a href=\"https:\/\/www.linkedin.com\/in\/inge-varik-3a3165215\/\"><strong>Inge Varik<\/strong><\/a> and led by professor <a href=\"https:\/\/www.linkedin.com\/in\/agne-velthut-meikas-47751662\/\"><strong>Agne Velthut-Meikas<\/strong><\/a>, explores the cargo profile of different Extracellular Vesicles subtypes and how EVs can guide egg cell development, offering new insights into female fertility. <br><br>Once again, many thanks to <strong>Inge<\/strong> and <strong>Agne<\/strong> for the opportunity to collaborate on a such interesting topic. Grateful to <strong>TalTech – Tallinn University of Technology<\/strong> and all <strong>HansaBioMed Life Sciences Ltd<\/strong> team. <\/p><p> <\/p><p><a href=\"https:\/\/novaator.err.ee\/1609781550\/munaraku-arengut-suunavad-vesiikulid-annavad-vihjeid-naise-viljakuse-kohta\">https:\/\/novaator.err.ee\/1609781550\/munaraku-arengut-suunavad-vesiikulid-annavad-vihjeid-naise-viljakuse-kohta<\/a><\/p>",
"slug": "estonian-science-portal-novaator-has-highlighted-our-recent-work",
"main_picture": "b4306269-5a2f-46bb-9b9e-95560865a68f",
"date": "2025-08-29 00:00:00",
"tags": [
"extracellularvesicles",
"exosomes",
"nanoparticles",
"innovation",
"lifesciences"
],
"summary": "Estonian science portal Novaator has highlighted our recent work on extracellular vesicles",
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}
],
"author": "Editorial Team",
"publish_date": "2025-11-19 10:07:00",
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],
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}
[]