Vantiva Precision BioDevices
Bringing Big Ideas to Life.
Your partner in Microfluidics Manufacturing and Precision Injection Molding
Research and development for microfluidic devices and injection molded products takes time and testing—constant iterations until you get it right. And when you do, how do you get it to market? It’s time that your prototype stopped being a prototype.
Design for Manufacturability – From 1 to 1 million
ISO 13485
Certified Innovation Center
Scalable manufacturing from small batches for testing to global distribution.
Expert Engineering and
Design Support
A Global Partner in the Injection Mold Tooling, Design and Development Process
When your designs require the utmost in fabrication quality and tight tolerances, you don’t have to go it alone. From microfluidic devices to injection molded medical devices and equipment, we get your designs to market with precision and speed at scale.
Bringing medical innovation to life with precision microfluidic technology for:
Drug
Discovery
Clinical
Diagnostics
Environmental
Monitoring
Point-of-Care
Testing
Life
Sciences
Veterinary
Science
Agricultural
Testing
Vantiva Precision BioDevices is an ISO 13485 certified Contract Manufacturer
providing custom development and manufacturing of polymeric microfluidic devices and precision injection mold tooling and production.
Vantiva Precision BioDevices’ Injection Molding Capabilities
With a full suite of cutting-edge mold tooling, assembly, and ultra-precise CNC machining centers, the Vantiva Innovation Center provides cost-effective local production facilities to biotech, medical, and aerospace hubs across the West Coast of the United States.
Precise Tooling and Custom Mold Bases Up to 570mm
State-of-the-Art Clean Rooms and Robotic Cells
Extensive Range in Materials and Assembly Techniques
From Rapid Prototyping to Production
We get you from design to market with speed and precision.
1
It all starts with a design
Whether you’re already on your way, or you’re looking for an engineering team to bring your idea to life, we’ve got you covered.
2
We prototype it
Utilizing our in-house precision mold tooling, CNC machining, and assembly equipment, our team will rapidly create a proof-of-concept for you to test, and refine. We’ll even make recommendations for cost-saving strategies.
3
Stamp of approval
Last, we’ll verify the design and move to production, be it a small batch for testing, or large quantities for global distribution.
LATEST NEWS
Exploring Future Trends in the Microfluidics Market
In the hands of everything from healthcare workers at point-of-care sites to researchers in life sciences laboratories to environmental field researchers, lab-on-a-chip devices powered [...]
Exploring the Power of Microfluidic Chips for Single-Cell Sequencing and Analysis
Single cell isolation has become a must-have capability for biological research institutions the world over. In cancer research, immunology, neuroscience, microbiology, stem cell rese [...]
Selecting the Right Microfluidic Chip Fabrication Materials for Your Research
When designing new microfluidic chips for medical and scientific research applications, there is no shortage of factors to keep in mind for your device, from the initial back-of-the-n [...]
CASE STUDIES
Optical Imaging Flow Cell – Clear-to-Clear Laser Welding
The Requirement: A hermetically sealed flow cell with clear cover and channel layers with uniform channel height and no adhesive contamination.
Solution: Vantiva’s unique contour laser welding technology seals clear-to-clear materials, no darker energy absorbing layer is needed resulting in a clear optical path.
Precision High Pressure Droplet Generator – Solvent Bonding
The Requirement: A complex, optically clear droplet generator and pillar array design is required for precision drop size, distribution and segregation operating under high pressure.
Solution: Vantiva’s solvent bonding enabled the assembly of clear-to-clear materials avoiding cover films with adhesives that could overflow and impact droplet formation, biocompatibility and different surface energies.
Nanoarrays
The Requirement: A cost effective and reproducible alternative to silicone as a substrate for a precision nano-pore microarray used for genomic analysis.
Solution: Vantiva provided reproducible injection molded microarrays with uniform spaced pores as small as 20um in diameter performing well in the NGS application and at a reduced cost.
