No Outsourcing. No Delays. Just Results
The ProFluidics 285D is a high-precision 3D printer for microfluidics, designed to make device fabrication faster, more accurate, and highly reliable—no cleanroom required.
“Everything can be done right at your bench.”
Paired with our specialized 3D Materials for microfluidics, researchers can easily design, print, and customize complex microfluidic devices with exceptional resolution and smooth surface quality. If you want to streamline microfluidic device production, the ProFluidics 285D is your ideal solution, enabling efficient rapid prototyping and advanced research when paired with our Exclusive 3D Materials for microfluidics.
FABRICATION TIME
28.5μm
DYNAMIC PIXEL
DONE AT YOUR BENCH
CUSTOMIZATION
ProFluidics 285D
PRINTER SPECIFICATIONS
Build Area
Native XY Pixel
Dynamic Pixel
Wavelength
Z-Layer Resolution
Projector
110x62x120 mm
40 µm
28.5 µm
385 nm
5-500 µm
4 Million Pixels
ProFluidics 285D
PRINTER SPECIFICATIONS
50 x 57 x 59 cm / 56 kg
Visibly Smoother. Microscopic Accuracy
The ProFluidics 285D is designed for advanced microfluidic research, ensuring smooth surfaces and precise channel dimensions. Unlike standard DLP printers, it reduces pixelation and roughness, ensuring the researcher’s devices have clear, accurate features. This results in better fluid flow, more reliable experiments, and higher-quality data—helping researchers make discoveries faster.
STANDARD PRINTERS
Unfilled pixel areas
Distinct checkerboard pattern on the printed surface
Rough texture and noise on the printed surface
PROFLUIDICS 285D
Filled pixel areas perfectly
Resolves shape in line with the original design
Significantly reduces texture and noise on the printed surface
50 x 57 x 59 cm / 56 kg
ProFluidics 285D
PRINTER SPECIFICATIONS
Build Area
110x62x120 mm
Native XY Pixel
40 µm
Dynamic Pixel
28.5 µm
Wavelength
385 nm
Z-Layer Resolution
5-500 µm
Projector
4 Million Pixels
Applications
MASTER MOLD FOR PDMS
Design and print master molds, with features as fine as 50µm, in under an hour. An ideal solution for casting PDMS devices without the need of a clean room.
ENCAPSULATED DEVICES
Print clear microfluidics devices with encapsulated channels, as small as 80µm (XY), with surface finish and transparency allowing for easy evaluations.
BIOCOMPATIBLE DEVICES
Print bioscaffold provides spaces up to 1400μm for better delivery of nutrients and oxygen needed by the cells.
Questions? Let's Talk.
Schedule a one-on-one with our Specialists to learn why our 3D printers and 3D Materials for Microfluidics are the missing parts of your research.
