From prototype to scalable production
From early-stage microfluidics prototyping to full-scale microfluidic device production, Bondus helps you develop, optimize, and manufacture high-performance microfluidic devices.
We specialize in microfluidic bonding, hybrid material integration, and scalable production, enabling a reliable transition from prototype to manufacturing without redesigns, delays, or performance loss. Our approach ensures that complex microfluidic designs remain functional and manufacturable at sca
Core microfluidic manufacturing capabilities
Our expertise covers the critical technologies required to successfully develop and manufacture advanced microfluidic devices. We focus on solving the key bottlenecks in scaling microfluidics from concept to production.
(Hybrid) material bonding:
Advanced microfluidic bonding for polymer and hybrid materials, ensuring
strong, reliable sealing without damaging microstructures or affecting
performance. Our proprietary room temperature bonding approach preserves both channel
integrity & reagents and enables consistent results across both prototyping
and production stages.
Scalable production:
From low-volume microfluidics prototyping to high-volume microfluidic device
production, we ensure consistent quality, repeatability, and process stability.
Our modular manufacturing approach is designed to scale without compromising
performance.
OEM integration:
Seamless integration of microfluidic components into complete diagnostic
systems and analytical instruments. We ensure compatibility with your system
architecture, reducing integration complexity and development time.
Micro-dispensing:
High-precision fluid handling and micro-dispensing solutions for controlled
reagent delivery. This enables accurate dosing and reliable system performance
in demanding diagnostic and analytical applications.
Microfluidic products and solutions
We realize microfluidic devices and components tailored to your application requirements, from early-stage development to production-ready solutions
Microfluidic devices:
Custom microfluidic device manufacturing tailored to your specifications. We
support the full development process, ensuring designs are optimized for both
performance and manufacturability.
Flow cells and manifolds:
Precision-engineered microfluidic flow cells and manifolds for accurate flow
distribution and sensing. Designed for applications where reliability and
control of fluid behavior are critical.
Organoid microplates:
Microfluidic platforms designed for high-throughput organoid, spheroid and
organ-on-chip culturing and analysis. These systems enable controlled
environments for advanced biological research and drug development.
Microfluidic applications we support
We provide microfluidic device manufacturing for a wide range of applications in biotech, diagnostics, and analytical systems, supporting both development and production phases.
- Point-of-care diagnostics: Microfluidic systems for rapid, on-site testing with reliable and reproducible results.
- Lab-on-chip systems: Compact microfluidic platforms for laboratory analysis and research applications.
- Microfluidic cartridges: Integrated disposable systems for controlled fluid handling and diagnostics.
- Biosensors: Microfluidic components enabling sensitive biological and chemical detection.
- Bonded manifolds: High-precision systems for controlled flow
distribution and measurement.
Let's develop your microfluidic device
Looking for a reliable partner in microfluidic device manufacturing? We help you move from prototype to scalable production with confidence, reducing risk and accelerating development. With in-house expertise in bonding, prototyping and manufacturing, Bondus supports you from early concept to production-ready device.
Frequently asked questions
About Microfluidics
Microfluidic device manufacturing involves producing small-scale fluidic systems used in diagnostics, lab-on-chip applications, and analytical devices, where precision and reliability are critical.
Scaling requires optimized bonding, material selection, and process development to ensure consistent performance and manufacturability at higher volumes.
Microfluidic bonding is the process of sealing microstructures without damaging channels, damaging reagents or affecting performance, which is essential for reliable device operation.