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Custom Chip Fabrication
Custom chip fabrication can help you design custom microfluidic devices based on your needs in our state-of-the-art manufacturing facilities. From concept to global impact: your microfluidics journey starts here.
For research use only. Not for use in diagnostic procedures.
Product information
Overview
At Revvity, we have over 20 years of experience in manufacturing glass microfluidic consumables for the life science and diagnostic industries. Our ISO9001 and ISO13485 certified processes ensure that we deliver products that meet your quality, customer satisfaction, and regulatory requirements. Our manufacturing facility located in Hopkinton, Massachusetts totals 5,500 sq ft and features an expansive 2.500+ sq ft cleanroom space. Rest assured; we are equipped to scale alongside your toughest production requirements.
From prototype to over a million units, Revvity empowers your microfluidic success!
Applications:
- Microfluidic chips and device features
- Single cell and cell sorting chips
- Microarrays
- High throughput screening
- Droplet based microfluidics
- Lab-on a chip
- Sequencing
- Capillary electrophoresis
- Spray nozzle chips
- Enhanced oil recovery
- Microscopy and imaging
Additional product information
Competitive Advantages of Glass Chip Manufacturing
| Property | Glass | Injection Molding |
| Flatness | Excellent | Prone to warping |
| Optical Transparency | Excelling | Good |
| Water Absorption | None | Material dependent |
| Solvent Compatibility | Excellent | Good |
| Hydrophobicity | Hydrophilic | Hydrophobic |
| Out Gassing | None | Yes |
| Mechanical Stability | Excellent | Good |
Surface Functionalization
Customize glass surfaces for your needs from increased hydrophilicity or hydrophobicity to adding surfaces charges using well-understood silanol-based chemistries.
Biocompatibility
The combination of low non-specific absorption, gas impermeability and biological sample compatibility has made glass one of the most popular substrates for microfluidics. Glass maintains the integrity of your biological samples so you can focus on signal rather than reducing background noise.
Exploration
Glass substrates can withstand high temperatures, high pressures, and are compatible with aggressive solvents. Push the boundaries of your scientific experiments with a substrate that empowers you to explore new frontiers.
Fabrication Capabilities Table
| Material | Stock various silica substrates such as Sodalime, Borosilicate and Quartz. Other materials available on request. |
| Substrate Thickness | Stock glass thickness from 0.7mm - 1mm. Other thicknesses available on request. |
| Chip Footprint | All chips are built from our 5in square wafers and offer two standard chip footprints 18x18 and 37x37 mm. Custom sizes available upon request. |
| Reproducibility | High-dimensional accuracy and low channel surface roughness ensure consistent run to run performance. |
| Features of Size | Ability to meet your most challenging dimensional needs with features as small as 3 µm in size. |
| Bonding | We offer a number of various glass bonding methods including direct/fusion, adhesives and medical device glues enabling your multilayer chip design to become a reality. |
| Aspect Ratio | Capable of producing a diverse range of channel widths and depths, with aspect ratios reaching up to 1:100. |
| Reproducibility | High-dimensional accuracy and low channel surface roughness ensure consistent run to run performance. |
| Expenses | Save on tooling costs associated with injection molding and kick off microfluidic development sooner! |
Specifications
| Unit Size |
1 Each
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Resources
With over 20 years of experience in manufacturing glass microfluidic consumables, Revvity can empower your microfluidic success...
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