Turning everyday filter paper into a miniature microfluidic platform with DLP 3D printing

Phys.org12/10/2025 • Last cited 12/14/2025

Summary

Scientists have developed a method to create microfluidic platforms by using 3D printing to pattern hydrophobic barriers within hydrophilic filter paper, which can effectively guide liquid flow for applications like mixing and two-phase separation. According to Phys.org, this innovative approach demonstrates the potential for precise liquid manipulation in miniaturized systems.

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Lindy Score Breakdown

35
Age (0-35)
36 days
4
Velocity (0-40)
1 source (low traction)
6
Tier (0-10)
Phys.org
0
Breadth (0-15)
1 unique
Total Score45/100

Score BreakdownRisk 50

Source Reputation: Low-trust source (6/20 pts)
Consensus: Single source - no independent confirmation yet
Age: 36 days - proven survivor

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