@cadworks3d
We provide a complete 3D printing system for microfluidic and bioengineering researchers looking for a device fabrication solution. Streamline the iterative design process, and reduce the time taken to achieve a proof-of-concept
| Apparatus
3D Material: Master Mold for #PDMS Photopolymer Resin - Rapid HD
3D Printer: ProFluidics 285D
| Time
#3DPrinting: 2.5 hours
PDMS Curing: 1.5 hours
| Device Channel – Pillar
XY: 120 μm
Z: 120 μm
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#additivemanufacturing #drugdelivery #organonachip
We 3D-printed this cell trap in our office.
16 channels. 120 µm traps. Built for single-cell capture and interaction studies.
Functional #microfluidics in 1 day with our Complete System.
Ready to 3D print at benchside? Let’s talk 👉 cadworks3d.com/start-a-one-...
🎙️ Meet COSA Ltd.
Turning lab expertise into real-world tools.
Dr. Iwan Roberts and Dr. Filip Hrnčiřík from the University of Cambridge developed COSA Ltd, creating devices from cochleas to mouse tumours.
🎧 Listen here: cadworks3d.com/discover/big...
#3dprinting #microfluidics #biotechnology
| Apparatus
3D Material: Master Mold for #PDMS Photopolymer Resin - Rapid HD
3D Printer: ProFluidics 285D
| Time
#3DPrinting: 2.5 hours
PDMS Curing: 1.5 hours
| Device Channel – Pillar
XY: 120 μm
Z: 120 μm
---
#additivemanufacturing #drugdelivery #organonachip #softlithography #photolithography
𝐇𝐨𝐰 𝐥𝐨𝐧𝐠 𝐭𝐨 3𝐃 𝐩𝐫𝐢𝐧𝐭 𝐚 𝐜𝐞𝐥𝐥 𝐭𝐫𝐚𝐩 𝐝𝐞𝐯𝐢𝐜𝐞?
At #CADworks3D, just 1 day to create functional #microfluidics devices!
1-Day Workflow: CAD → Print → Clean → Cast & Cure → Bond
Device complete at your benchside, no cleanroom needed.
Want to learn more? Talk to a specialist: cadworks3d.com/start-a-one-...
| Apparatus
3D Material : Master Mold for PDMS Photopolymer Resin - Rapid HD
3D Printer : ProFluidics 285D
| Device Channel - Pillar
XY 120μm
Z 120μm
#additivemanufacturing #drugdelivery #pointofcare #bedsidediagnostics #organonachip #softlithography #pdms #photolithography #celltrapdevice
This week, we 3D-printed a 𝐜𝐞𝐥𝐥 𝐭𝐫𝐚𝐩 𝐝𝐞𝐯𝐢𝐜𝐞 with 16 channels to capture single cells or pairs. Using paprika as a cell mimic, the ‘cells’ were successfully trapped under the microscope.
Visit us: cadworks3d.com?utm_source=b...
Next week, watch our step-by-step #3Dprinting tutorial 👀
#microfluidics
Dr. Iwan Roberts and Dr. Filip Hrnčiřík from the The University of Cambridge talk about how 3D printing reveals the true scale and delicate structure of the human ear.
🎧 Listen here: cadworks3d.com/discover/big...
#3dprinting #microfluidics #biotechnology
Cochlea models are too big for microfabrication and too small for standard #3Dprinting . Dr. Iwan Roberts and Dr. Filip Hrnčiřík from the University of Cambridge share how they found the right approach.
🎧 Listen here: cadworks3d.com/discover/big...
#microfluidics #biotechnology
The first resin killed the cells, but the next version was much better, and now the results are amazing. Dr. Veronika Magdanz and Noah Franco at the University of Waterloo share the evolution of their resin.
🎧 Listen here: cadworks3d.com/discover/big...
#3dprinting #microfluidics #biotechnology
Dr. Iwan Roberts and Dr. Filip Hrnčiřík from the University of Cambridge show how a 3D-printed microfluidic cochlear chip reveals how auditory neurons respond to electrical stimulation.
🎧 Listen here: cadworks3d.com/discover/big...
#3dprinting #microfluidics #biotechnology
🎙️The only limit to #3Dprinting is your imagination.
3D printing is more than a tool. Dr. Jack Koch from the Aquatic Germplasm and Genetic Resource Center calls it a gateway to innovation.
🎧 Listen here: cadworks3d.com/discover/big...
#microfluidics #biotechnology
How Photopolymer Viscosity Affects 3D Print Accuracy?
Dr. Iwan Roberts and Dr. Filip Hrnčiřík from the University of Cambridge explain why the CADworks3D microfluidic resin achieves lower surface deviations.
🎧 Listen here: cadworks3d.com/discover/big...
#Microfluidics #3DPrinting
Academia and industry don’t always sync. Dr. Veronika Magdanz and Noah Franco at the University of Waterloo share how they quickly refined #3Dprinting and improved biocompatible resin.
🎧 Listen here: cadworks3d.com/discover/big...
#microfluidics #biomedicalresearch #medicalbreakthroughs
What if you could print a tiny organ in the lab? Dr. Veronika Magdanz and Noah Franco at the University of Waterloo are using 3D bioprinting to combine cells and scaffolds for drug testing and micro-robotic experiments.
🎧 Listen here: cadworks3d.com/discover/big...
#3dprinting #microfluidics
Our team 3D printed 20 µm microneedles at benchside.
Researchers can now prototype in hours using our Complete 3D Printing System.
🔹Cyto-Clear Photopolymer Resin : cadworks3d.com/3d-materials...
🕐 Print Time: 1 h 45 min
#3DPrinting #Microfluidics
Tiny robots. Big impact.
Dr. Veronika Mendez and Noah Franco at the University of Waterloo are making that a reality using wireless micro-robots for medical treatments and diagnostics.
🎧 Listen Here: cadworks3d.com/discover/big...
#3dprinting #microfluidics #biomedicalresearch #medicalbreakthroughs
The beauty of #3Dprinting is its flexibility. We spoke with Dr. Iwan Roberts and Dr. Filip Hrnčiřík from the University of Cambridge about 3D printing flexibility.
🎧 Listen Here : cadworks3d.com/discover/big...
#microfluidics #biomedicalresearch #medicalbreakthroughs #biotechnology
#3Dprinting changed microfabrication.
Dr. Veronika Magdanz and Noah Franco from the the University of Waterloo explain how 3D printing is changing microfluidics research.
🎧 Listen Here : cadworks3d.com/discover/big...
#3DPrinting #Microfluidics #BiomedicalResearch #medicalbreakthroughs
Build cell-viable #microfluidics devices —right from your lab bench with #3dprinting
Introducing the Cyto-Clear Photopolymer Resin: >90% #cell viability and broad-spectrum #biocompatibility.
How can it fit into your research? Speak to a Specialist: cadworks3d.com/start-a-one-...
Part 3 of our #podcast series with Dr. Jack Koch is live!
We explore AGGRC’s mission to help #researchers & #conservationists build germplasm repositories for aquatic species — powered by #3Dprinting.
Listen here: cadworks3d.com/big-ideas-at...
#BigIdeasAtµScale #marineinvertebrate
Shoutout to the Magdanz Lab and Noah Franco, MASc candidate at UWaterloo! We appreciate their work limit-testing and validating our new #3Dprinting #material. Noah was even selected as 1 of 6 presenters at the 2025 CRAFT #Research Symposium to share his findings. Congrats, Noah!
Part 2 of 3 is here! Dr. Jack Koch shares wild facts about the California Sea Hare, challenges in collecting aquatic genetic material, and standardizing #cryopreservation across species. Don’t miss this new episode of the #BigIdeasAtµScale #3dprinting #podcast:
cadworks3d.com/big-ideas-at...
Visit our table at the 2025 CRAFT Research Symposium. We're there May 8 and 9.
Chat with our CADworks3D team members that are specialists in 3D printing for microfluidics.
We're at the #CRAFTSymposium2025! Come by and say hi!
Catch Noah Franco (MASc, UW Biomedical Eng.) on May 9 11:40AM as he presents cell viability results for our new #3Dprinting material — Cyto-Clear. Or swing by our table to see 3D printed #microfluidics devices and chat.
Have you caught the first episodes of Big Ideas at µScale? #podcast
Ep 1-3: Dr. Iwan Roberts & Dr. Filip Hrnčiřík on #3Dprinting for cochlear implants #research.
Ep 4: Part 1/3 with Dr. Jack Koch on building germplasm repositories for aquatic species
Listen here: cadworks3d.com/big-ideas-at...
It's official — Big Ideas at µScale is live!
Hear the stories behind groundbreaking research and how 3D printing is driving discovery. 🎧
Listen to the first episodes here: cadworks3d.com/big-ideas-at...
#3dprinting #biotechnology #science #BigIdeasAtµScale #podcast
Big Ideas at µScale launches April 28! Meet the researchers behind the breakthroughs, and how they are using 3D printing. Hear their work, their “why,” and the ideas that drive them.
#3dprinting #biotechnology #biomedical #research #drugdelivery #pointofcare #BigIdeasAtµScale #podcast
CADworks3D is launching their new podcast 'Big Ideas at µScale' launching on April 28 2025. It will be available on Apple Podcast, Spotify and YouTube.
🎙️ CADworks3D has a #podcast!
'Big Ideas at µScale' launches April 28.
We talk to researchers who are using #3Dprinting to push the limits of their #research. What drives these innovators? Where do their ideas come from? How is 3D printing solving big problems?
Just one day left until CADworks3D's live webinar with 3DHEALS. Find out why 3D printed microfluidics demands more than just high resolution.
1 Day Left! High resolution isn't everything for #3Dprinting #microfluidics, and tomorrow we're diving into why. Join us & 3DHEALS on Apr 17, 8AM (PST) for a live #webinar on how printer, material and methodology all interact to deliver functional devices.
Register here: 3dheals.com/microfluidic...
Three day left until CADworks3D's live webinar with 3DHEALS. Find out why 3D printed microfluidics demands more than just high resolution on April 17 at 8:00AM (PST)
3 days to go until the #webinar!
A high resolution 3D printer is just one piece of the puzzle in #3Dprinting for #microfluidics. Find out what else is missing to fabricate high quality devices.
Register here: 3dheals.com/microfluidic...
