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IPFL micro 3D printing samples from BMF S240 10µm 3D Printer

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New batch fresh off our 10µm microDLP 3D printer!
Just printed a set of micro-scale samples for our new customers. Each sample includes:
A Microfluidic channel for precision fluid control.
Pillars & thin walls pushing the limits of resolution.
Text features showcasing ultra-fine details.
Microneedles for advanced biomedical applications.
Printed at 40µm layer height, these parts showcase the incredible detail and accuracy possible with micro 3D printing. Microfabrication at this scale opens up many opportunities in biotech, MEMS, and beyond!
IPFL produce plastic components through 3D printing, Machining and Fabrication for med-tech, bio engineering, aerospace, industrial and automotive applications.
Our micro 3D printing capacity goes down to 5µm layer height at 2µm x/y resolution!
This video demonstrates our 10µm resolution machine in action, printing at 40µm layer height.
#3DPrinting #Microfabrication #Innovation #Microfluidics #Microneedles
#LabOnAChip #BiomedicalEngineering #PrototypeDevelopment
Just printed a set of micro-scale samples for our new customers. Each sample includes:
A Microfluidic channel for precision fluid control.
Pillars & thin walls pushing the limits of resolution.
Text features showcasing ultra-fine details.
Microneedles for advanced biomedical applications.
Printed at 40µm layer height, these parts showcase the incredible detail and accuracy possible with micro 3D printing. Microfabrication at this scale opens up many opportunities in biotech, MEMS, and beyond!
IPFL produce plastic components through 3D printing, Machining and Fabrication for med-tech, bio engineering, aerospace, industrial and automotive applications.
Our micro 3D printing capacity goes down to 5µm layer height at 2µm x/y resolution!
This video demonstrates our 10µm resolution machine in action, printing at 40µm layer height.
#3DPrinting #Microfabrication #Innovation #Microfluidics #Microneedles
#LabOnAChip #BiomedicalEngineering #PrototypeDevelopment