1.Core Manufacturing Advantages: Micron-Level Precision, Batch-to-Batch Consistency
- Advanced Equipment Infrastructure: Equipped with 10 high-precision 5-axis machining centers and UV-LIGA lithography systems, achieving microchannel etching tolerances of ±0.005mm—exceeding industry standards and perfectly suited for 10-100μm microchannel fabrication.
- Controlled Environment Assurance: Features Class 1000 cleanrooms with a constant temperature and humidity system (±0.5℃ temperature, ±2% humidity), eliminating dust and environmental fluctuations that compromise microstructural integrity. Batch qualification rate remains stable at over 99%.
- Comprehensive Process Capabilities: Enables integrated manufacturing of complex structures (microchannels, microvalves, micromixers) with multi-process combinations (laser microfabrication, precision injection molding). Eliminates cross-facility collaboration, shortening R&D timelines significantly.
2.Material Compatibility: Adaptable to Diverse Applications & Special Requirements
Material compatibility directly impacts microfluidic chip performance in experimental and industrial settings. We support precision processing of core materials across mainstream use cases:
- Rigid Materials: Quartz, borosilicate glass, single-crystal silicon—ideal for high-transparency, high-temperature-resistant optical detection applications.
- Flexible Materials: PDMS, PMMA, COC—meeting biocompatibility and cost-effective mass production needs.
- Specialized Treatments: Offers surface hydrophobization/hydrophilization modification and biocoating preprocessing, directly compatible with biomedical scenarios such as cell culture and bodily fluid analysis.
A case in point: For a university’s biological laboratory, we customized PDMS microfluidic chips integrating 3 sets of microelectrodes within 200μm-wide channels. Using a hybrid lithography-precision cutting process, we achieved seamless integration of electrodes and channels, enabling successful cell electrophysiology data collection. This collaboration has evolved into a long-term partnership.
3.Customized Services: End-to-End Collaboration from R&D to Mass Production
- Rapid Response: Dedicated engineering team available 24/7 to address inquiries. Deliverable within 3 days: detailed manufacturing proposals; within 7 days: prototype samples—40% faster than industry averages, helping you seize first-mover advantages.
- Flexible Adaptability: Supports full-cycle customization from "conceptual drawings" to "finished product delivery." Seamlessly transitions from custom microstructures and multi-component integration to low-volume prototyping and 10k-scale mass production.
- R&D Support: Provides process optimization recommendations (e.g., optimizing inlet chamfers and inner wall smoothness to Ra≤0.01μm for reduced microchannel clogging), enhancing chip stability and minimizing your R&D iteration costs.
4.Quality Control: Full-Cycle Traceability & Reliable Performance
- Pre-Manufacturing: Rigorous material composition testing and flatness calibration to ensure substrates meet microfabrication standards.
- In-Process Monitoring: Real-time microstructural dimension verification via optical profilometers; 10% random sampling per batch for leak-tightness and pressure resistance testing.
- Pre-Delivery: Comprehensive documentation including dimensional inspection reports and performance test data, enabling full traceability from raw material to finished product.
To date, we have served over 20 clients in biomedical research, environmental monitoring, food safety testing, and other fields, boasting a 92% customer repurchase rate. A leading diagnostic device manufacturer commented: "Your manufacturing precision has improved our chip detection sensitivity by 20%."
Breakthroughs in microfluidics require alignment between "R&D vision" and "manufacturing expertise." With micron-level precision as our foundation and end-to-end service as our bridge, we invite microfluidics R&D teams and enterprises worldwide to collaborate. Whether you face prototype development challenges or mass production quality concerns, our technical capabilities deliver tailored solutions that drive your microfluidic innovations from concept to real-world impact.
Contact us today to discuss your project requirements—let’s accelerate your success in microfluidics technology.
