Microfluidic chips and microfabrication solutions for European research
Fabvitro helps research teams across Europe find, specify and source microfluidic chips, precision molds and micro components from a specialised manufacturing partner with more than ten years of experience in advanced medical molds, plastic injection molding and MEMS micromachining.
Your partner for microfluidic chips in Europe
We bring cutting-edge technologies and innovative solutions from our manufacturing partner to your research.
Direct from the manufacturer
Your chips are made by a specialised manufacturer in its own molding and cleanroom facilities, and we help you specify exactly what your laboratory needs.
Expert advice
We provide professional information and support to help you use microfluidic technologies effectively.
Affordability
Our manufacturing partner aims to mass-produce affordable biochips for everyone, and we help European laboratories benefit from that scale.
1000+ sets
Medical precision molds
In-house CNC and EDM production lines
3000 ㎡
Class 10,000 clean film workshop
Self-produced biocompatible medical films
8M+ chips
Annual mass production capacity
Serving clients worldwide
What we offer
Fabvitro helps research and development teams in Europe source microfluidic chips, precision molds, micro components and thin-film materials from a specialised manufacturing partner. We advise on design and specification, prepare your enquiry and stay in touch until your project is delivered. Our solutions serve biomedical and life-science research, biological analysis, environmental monitoring and the development of new materials. All products are intended for research use only.
Biomedical category
Through our manufacturing partner, we supply products tailored to your needs: from rapid prototyping in the early stage, through mold design and manufacturing, to injection-molded mass production, all in clean-room conditions. Packaging and assembly after molding can be arranged as well.
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Micro components category
Building on mold manufacturing and MEMS processing, our partner produces micrometer-level precision parts to your drawings. Every part is made with high precision, and its dimensions are verified with comprehensive measuring equipment, not just for mechanical accuracy.
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Thin film materials
We can propose container and chip materials used in the life sciences, based on thin-film processing and thin-film bonding technologies, from a single trial production to mass production. This is especially useful for cell culture and for the microfluidic channels used in diagnosis and analysis research, where various combinations of thin-film processing can be adapted to your requirements.
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Where microfluidic chips are used
Microfluidic chips are versatile. The same technology serves very different fields, and each chip can be adapted to your protocol.
Reproductive biology and animal breeding
Chips for the analysis, selection and handling of sperm cells, including semen research in livestock breeding such as pigs, and for in-vitro fertilisation studies.
Cell culture and organ-on-chip
Platforms for three-dimensional cell culture, organ-on-chip models and drug-screening research.
Biological analysis and assay development
Micro-channel chips for nucleic acid, immunoassay and other assay development.
Environmental monitoring
Compact chips for analysing water and other environmental samples.
New materials research
Test platforms for studying particles, droplets and new materials at the micro scale.
Your own application
Working in a different field? Tell us about your project. Chips can be designed and produced to your specification.
FAQ
1. How can microfluidic chips be customized?
Our manufacturing partner offers one-stop microfluidic chip customization with its own mold and medical-film factories. It designs micro-channel structures, makes precision molds and produces biocompatible thin films in-house. Custom sizes, materials (COC/PMMA/PDMS) and surface treatments are available for nucleic acid, immunoassay and other research applications. Prototypes are typically ready in 3-7 days.
2. What services do the integrated factories provide?
Full-chain microfluidic chip manufacturing without outsourcing:
· Chip structural design and prototype trials
· High-precision micro injection mold making
· Cleanroom medical film coating and lamination
· Chip molding, bonding and surface modification
· Small trial runs and mass commercial production
3. What materials and equipment are used?
· Molds: CNC and EDM equipment, ±2 μm tolerance for micro channels
· Films: Class 10,000 cleanroom production line
· Raw materials meet ISO 10993 biocompatibility standards
· All chips pass dimensional and leakage inspection before shipment
4. Are ODM and OEM custom services available?
Yes, full ODM and OEM support is available:
· ODM: design, mold development and prototyping based on your testing needs
· OEM: mass production from your drawings or mature samples
Small laboratory batches and large commercial orders are both accepted, and an NDA is available.
