How fast can Microfluidic.tech deliver functional microfluidic prototypes?

While traditional cleanroom photolithography and soft lithography molds take 4 to 8 weeks, Microfluidic.tech utilizes direct laser micro-ablation and absorber-free laser bonding to deliver fully functional, leak-tested microfluidic chips in days, not weeks.

What materials do you support for microfluidic device prototyping?

We specialize in thermoplastic and polymer substrates including Cast Acrylic (PMMA), Cyclic Olefin Copolymer (COC & COP), Optical Polycarbonate (PC), PDMS silicone, Borosilicate and Quartz Glass, as well as paper-based microfluidic diagnostic strips.

Where are your offices and manufacturing facilities located?

Our Canadian R&D and manufacturing HQ is located at Unit 6 – 95 West Beaver Creek Rd, Richmond Hill, ON, and our US Silicon Valley office is at 2528 Qume Drive, Suite 6, San Jose, CA 95131 (Toll-Free: 1-844-800-5864 | sales@microfluidic.tech).

Microfluidic Device Prototyping | Microfluidic.tech & Lumicision Inc.

Q: What scientific credentials and affiliations back Microfluidic.tech?

Microfluidic.tech, in collaboration with Lumicision Inc., is led by PhD-level fluidics and laser engineers. Our research has been accepted for presentation at the International Microfluidics Standardization Congress / Microfluidics Association, and we actively participate in CRAFT (Centre for Research and Applications in Fluidic Technologies).

Accelerated R&D Pipeline

The 3-Step Microfluidic.tech Prototyping Workflow

1. Send Us Your Designs

Reach out with your CAD drawings or conceptual blueprints. Our PhD-level engineering team collaborates directly with you on Design for Manufacturability (DFM), channel aspect ratios, and bubble-trap optimization.

2. Evaluate the Model

We laser-fabricate, bond, and hermetically seal your microfluidic prototype in days (not weeks of cleanroom photolithography) and ship it for rapid laboratory verification and fluidic validation.

3. Bring It Home (Low-Cost Scaling)

Because we specialize in thermoplastic and polymer prototypes (PMMA, COC/COP, Polycarbonate, PDMS, Borosilicate/Quartz Glass, and Paper), your per-chip costs stay low and scale seamlessly from 5 prototypes to commercial mass production.

SCIENTIFIC LEADERSHIP & RESEARCH AFFILIATIONS

Microfluidic.tech Scientific Pedigree

Microfluidic.tech, in collaboration with Lumicision Inc., has had joint research accepted for presentation at the International Microfluidics Standardization Congress / Microfluidics Association, and actively participates in CRAFT (Centre for Research and Applications in Fluidic Technologies).

Absorber-Free Mid-IR Laser Polymer Welding Direct thermal bonding without chemical adhesives or channel clogging.

Femtosecond Laser Chip Sealing Sub-micron optical sealing of delicate bio-channel arrays.

Organ-on-a-Chip / Organoids Multi-chamber physiological tissue culture cartridges.

Liquid Biopsy & Exosome / CTC Cancer Diagnostics High-recovery micro-sieve capture of circulating tumor cells.

CAR-T Cell Therapy Workflows Aseptic cell isolation and transfection capillary chips.

Centrifugal Sepsis Prediction Disc-based microfluidic platforms for rapid point-of-care diagnostics.

North American Footprint

Microfluidic.tech Regional Offices

Canadian R&D & Manufacturing HQ 🇨🇦

Unit 6 – 95 West Beaver Creek Rd

Richmond Hill, ON L4B 1H2, Canada

Direct: +1 (905) 597-5864

US Silicon Valley Office 🇺🇸

2528 Qume Drive, Suite 6

San Jose, CA 95131, United States

Toll-Free: 1-844-800-5864 | sales@microfluidic.tech

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