biomicscience.
Custom microfluidic design — concept illustration
CUSTOM MICROFLUIDIC CHIP DESIGN & MANUFACTURING

Let your experiment lead.
We’ll design the chip.

Choose a standard platform or build your flow path. Start with a system ready for your laboratory syringe pump.

Discuss your project
Concept illustration
Open Channel Studio ↗Explore platforms ↓PDMS + Glass · 75 × 25 mm
CHANNEL STUDIO

Build your flow path.

Merge your inlets, add structures, then distribute to outlets.

Experience Channel Studio on your computer.

Open this page on your computer to build channel geometries, adjust dimensions and save your design.

Explore platforms ↓
QUICK START

Choose a starting point and adjust every detail. Selecting one replaces your current design.

Inlets 3
Outlets 1
Flow-path structures
Selected structure

Select a branch or structure in the drawing to open its settings.

TOP VIEW / GEOMETRY PREVIEWCHANNEL STUDIO
100%

J0J1Inlet 1Inlet 2Inlet 3Outlet 1Straight channelPath 15.00 mm · W 300 µm · H 150 µmChip footprint: 75 × 25 mm · Junctions: J0–J1Port symbols are not to scale · Concept preview
CHANNEL CROSS-SECTION300 × 150 µm

Moving markers indicate the defined inlet-to-outlet direction only; velocity, mixing and flow distribution are not calculated.

Positive angles place branches above the centerline; negative angles place them below. Branches with equal angles may overlap.

Channel width and height start at 100 µm. Inlet and outlet ports can be adapted to your existing connection system.

This tool provides a geometric preview. Preliminary checks cover the footprint, branch overlaps and channel proximity; they do not validate every intersection or flow behavior. The final design is reviewed before manufacturing.

PLATFORM LIBRARY

Choose a starting point.

PLATFORM / 01PDMS + GLASS
75 mm25 mmSCHEMATIC · NOT TO SCALE

Junction Chips

Bring streams together with T-, Y- and cross-junction designs.

Explore platform
PLATFORM / 02PDMS + GLASS
75 mm25 mmSCHEMATIC · NOT TO SCALE

Hydrodynamic Flow Focusing

Adapt the inlet channels and focusing region to your experiment.

Explore platform
PLATFORM / 03PDMS + GLASS
75 mm25 mmSCHEMATIC · NOT TO SCALE

Passive Micromixer Chips

Develop your mixing process through channel paths and turns.

Explore platform
PLATFORM / 04PDMS + GLASS
75 mm25 mmSCHEMATIC · NOT TO SCALE

Gradient Generator Chips

Branched channel networks for a target concentration profile.

Explore platform
PLATFORM / 05PDMS + GLASS
75 mm25 mmSCHEMATIC · NOT TO SCALE

Perfusion Chips

A defined continuous flow path for your observation region.

Explore platform

Drawings are schematic. Manufacturing dimensions and tolerances are defined during technical review.

READY FOR YOUR SYRINGE PUMP

Your design.
Standard system components.

01Your selected chip+02Tubing & Luer connectors+03Connection accessories+04Setup & priming guide

Inlet and outlet ports can be optimized for your existing setup. Syringe pump not included.

YOUR EXPERIMENT. YOUR DESIGN.

A standard platform.
A new possibility.

From channel dimensions to new flow paths, let’s define the scope your experiment needs.

Discuss your design
01

Adapt a platform

Request changes to dimensions, junction geometry and port layout.

02

Describe your application

Define the flow path together, starting from your experimental objective.

03

Share your drawing

Email your CAD or DXF file for assessment.

Geometry changes may require new masks/masters. Scope and cost are agreed before production.

HOW WE WORK

A process planned together.

  1. 01

    Share your requirements

    Application, fluids, target dimensions and any existing drawing.

  2. 02

    Define the design

    Agree geometry, manufacturability and quotation scope.

  3. 03

    Production & delivery

    Prepare the approved design with standard system components.

LET’S TALK SCIENCE

Let’s start with an email.

Share your research question, analysis or manufacturing requirements. Attach drawings and relevant files to your email.

DIRECT CONTACT
Write an email
Üniversiteler Mah. 1596 Cad. Teknokent Kuluçka Merkez Binası No: 6 C, Unit 11, Çankaya / Ankara, Türkiye