Unlock the Potential of High-Density Microstructures for Your Assay Products.
Microfabricated structures such as microwell and micropillar arrays are crucial for lab-on-a-chip devices used to isolate, culture, and analyze individual cells. However, the heavy technological demands associated with fabricating these high-density structures with uniform size and shape, reproducible surface coatings, and consistent compatibility with your device’s detection systems often makes these powerful features seem out of reach.
Turn to a reliable microfluidics contract manufacturer to bring microwells and micropillars into the realm of possibility.
What You Need to Bring Your Microwells and Micropillars to Life.
A contract manufacturer for microfluidic chips helps you take full advantage of precisely designed, high-density microwells and micropillar structures through advanced engineering capabilities, specialized knowledge in surface chemistry, and vast experience in systems integration to ensure your assay and screening products will perform reliably and efficiently in the field.
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Precision Engineering Capabilities
Surface Modification Expertise
Systems Integration
Mastering Microfluidic Microstructures with Vantiva Precision BioDevices
With Vantiva as your strategic partner in microfluidic chip manufacturing, you can lean on over 30 years of comprehensive, multi-disciplinary expertise to take the risk out of incorporating innovative microwells, micropillar arrays, and other microstructures into your lab-on-a-chip products.
Manufacturable Designs
The perfect design isn’t much good if it’s too complicated to produce at your desired scale. We help you incorporate microstructures into your designs following Design for Manufacturability and Assembly (DFMA) principles to ensure cost-effective production without sacrificing reliability or quality.
Material Science Expertise
Our experts possess deep knowledge of various injection molding polymers and extruded films and understand their interactions with myriad biological samples, ensuring we can help you choose the most appropriate materials for your microfluidic product’s functionality and reliability.
Precise Microfabrication Techniques
Working out of our Camarillo, CA Technical Innovation Centre, our engineers’ expertise runs the gamut of cutting-edge microfabrication techniques—including lithography, DRIE, and ultra-precision micro-machining—to achieve consistent, reproducible microstructure arrays.
Quality Assurance and Testing
Quality is the name of the game at Vantiva. We hold our processing, assembly, and packaging facilities to the highest standards set for ISO 14644 Class 7 clean rooms and perform rigorous testing to ensure that not a single micrometer-scale feature is out of place across your production run.
Exploring Applications for Microwells and Micropillars In the Field
No matter your field, incorporating microwells, micropillars, and other microstructure arrays into your lab-on-a-chip products enables higher throughput, enhances assay and screening, and advances research and diagnostics. With Vantiva’s microfluidic expertise on your side, your products can:
Biotechnology
- Isolate cells for single-cell genomics
- Improve biochemical assay sensitivity
Pharmaceutical Development
- Enable extremely high throughput drug testing
- Improve drug efficacy predictions
Medical Diagnostics
- Detect specific antibodies, antigens, or other biomarkers for early disease diagnosis
Academic and Industrial Research
- Isolate individual cells and study cell-matrix interactions
Environmental Monitoring
- Rapidly test multiple water and soil samples
- Enhance the sensitivity of chemical sensors
Chemical Analysis
- Study reaction kinetics and mechanisms
- Improve chemical compound detection
Food and Beverage Testing
- Test for foodborne contaminants
- Detect trace amounts of additives
Clinical Laboratories
- Increase clinical testing efficiency
- Support personalized medicine approaches
Master Microwell and Micropillar Arrays—From Prototype to Product
Working with the Vantiva Precision BioDevices team is the best and fastest way to get your new microfluidic chip designs into your products and the life sciences device market.
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Optimize It!
However far along you are in the design process, our engineers can provide DFMA support to ensure your microwells and micropillars are cost-effective, reliable, and high-throughput.
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Prototype It!
Our in-house assembly equipment allows for extremely rapid iterative prototyping so we can test materials and configurations to maximize your chip’s capabilities and minimize production costs.
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Ship It!
Our global logistics expertise means we can help you fabricate the microwell and micropillar platforms for your products at any scale—from one to one million.
