Product Category
Microfluidic Chips
Droplet generation and mixing chips for lab-on-chip research.
5 Products
Droplet Generation Microfluidic Chip, PDMS/Glass, 100µm Channel, Flow-Focusing, Plasma-Bonded, with PTFE Tubing & Fittings Kit, 75x25mm Slide, for Lab Research (RUO)
Flow-focusing microfluidic chip with 100×100 µm channels, RTV615 PDMS plasma-bonded to borosilicate glass. Includes PTFE tubing and fittings for plug-and-play monodisperse droplet generation in lab research (RUO).
1 variantView →
Single-Cell Capture Microfluidic Chip, PDMS/Glass, Hydrodynamic Trapping, 10-25µm Cells, Plasma-Bonded, with PTFE Tubing Kit, 40x15mm, for Cell Research (RUO)
Hydrodynamic single-cell capture chip with 10 µm and 20 µm flow channels, 25 µm channel height fits 10–25 µm cells. Biocompatible PDMS/glass with gas permeability for live-cell research and high-resolution fluorescence imaging (RUO).
1 variantView →
Staggered Herringbone Micromixer Chip, PDMS/Glass, Chaotic-Advection Mixing, Plasma-Bonded, for Nanoparticle & LNP Synthesis Research, with Tubing Kit, 45x20mm (RUO)
Staggered herringbone micromixer (SHM) with 21 µm-deep grooves driving chaotic advection. >90% mixing in a single channel length. For nanoparticle synthesis, LNP formulation research and protein crystallization screening (RUO).
1 variantView →
Standard PDMS Microfluidic Chip, PDMS/Glass, Dual 50µm & 100µm Channels, Plasma-Bonded, Starter Kit with PTFE Tubing & Syringe, 45x20mm, for Lab Research & Teaching (RUO)
Entry-level PDMS/glass chip with dual 50 µm and 100 µm channels in a simple layout. Complete starter kit with PTFE tubing and syringe. Ideal for students, teaching labs and teams testing new microfluidics protocols (RUO).
1 variantView →.jpg)
T-Junction Droplet Microfluidic Chip, PDMS/Glass, 100x50µm Channel, Plasma-Bonded, with PTFE Tubing & Syringe Kit, 75x25mm Slide, for Lab Research (RUO)
T-junction droplet chip with 100 µm-wide × 50 µm-deep channels, RTV615 PDMS plasma-bonded to borosilicate glass. Includes PTFE tubing and syringe. Tight droplet size distributions at low flow rates for lab research (RUO).
1 variantView →