Microfluidic Chips and Devices Manufacturing

We offer custom design glass, silicon, polymers (PDMS) microfluidic chips, and devices prototyping and manufacturing services.

Femtosecond laser micromachining of transparent materials provides many advantages over conventional methods and is ideally suited for the fabrication of microfluidic devices.

We own long-term expertise in laser micromachining, therefore we can ensure ultra-high precision results on glass, silicon, and diverse polymers.

We offer:

Materials – Glass, Silicon, Polymers (PDMS)
Custom design microfluidic chips and devices manufacturing: droplet-based microfluidics, microfluidics for point-of-care analysis, single-cell analysis, or any other custom application
Rapid prototyping
Contract manufacturing services
Cleanroom environment

Assortment
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Microfluidic chip manufacturing

Microfluidic chips manufacturing

Microfluidic chip channels drilling and bonding

Microfluidic chips manufacturing

Microfluidic chip manufacturing with channels sealing

Microfluidic-based point of care device example

Microfluidic chips manufacturing

Microfluidic chip manufacturing

Glass Guide Plate for Probe Card

Microfluidic chips and devices manufacturing

Microfluidics for single-cell analysis example

Microfluidics for diverse applications example

Microfluidic chip, 5 layers bonded, side view

Microfluidic chip channel drilling

Microfluidic chips manufacturing

Diagnostic microfluidic surfactant

Microfluidic chip manufacturing

Advantages over conventional methods

No debris on surface

beneficial for bonding
No mold needed

fewer expenses, faster process
Custom design

any design you need
Rapid prototyping
Ultra-high precision
Single and multilayer structures

Microfluidic chips and devices features

Microfluidic devices are applied in many fields, such as cell analysis, point of care, cell biology, chemical composition analysis, etc.

We offer ultra-high precision results on all materials – glass, silicon, or polymers (PDMS). As every material has its advantages – the choice depends on the application, type of solvents, design, and budget.