International audienceThis paper presents the adaptation of a conventional injection moulding process to manufacture microfluidic components in thermoplastic polymers using alternative, exchangeable microstructured silicon-based mould inserts. The mould inserts consist of thick silicon wafers with microfeatures patterned in SU-8 epoxy photo-resist. This process allows changing the mould inserts according to the design, very easily and cost-effectively. The SU-8/Si mould inserts were robust enough to manufacture small series for laboratory purpose. More than a hundred replicas in thin polypropylene (PP) were produced successfully for a biochip designed for protein crystallisation and analysis
Recently, the polymeric micro-fluidic biochip, often called LOC (lab-on-a-chip), has been focused as...
Organised by: Cranfield UniversityThis paper concerns the concept, the design and the manufacturing ...
FaBiMed is a European project established to develop new manufacturing strategies for medical micro ...
International audienceThere is need for less expensive and rapid tooling for prototyping components ...
International audienceThe present work focuses on developing cost-efficient, fast and precise toolin...
Microfluidic devices have several applications in different fields, such as chemistry, medicine and ...
Micro injection moulding is a key technology for mass-production of micro structured surfaces, such ...
An increasing number of microfluidic applications linked with a strong demand for low-cost solutions...
Mass production of microfluidic devices commonly relies on injection molding. Injection molding requ...
As demand for smaller devices continues to increase, current manufacturing processes will find it mo...
[[abstract]]This paper presents the adaptation of a conventional injection molding process to the ma...
International audienceIn this work, both a micro-injection moulding (μ-IM) and a micro-injection com...
In this work we present an injection molding tool fabricated using current micromachining techniques...
Microfluidic devices have several applications in different fields, such as chemistry, medicine and...
International audienceIn the work reported, μ-IM and μ-ICM using replaceable silicon mould inserts w...
Recently, the polymeric micro-fluidic biochip, often called LOC (lab-on-a-chip), has been focused as...
Organised by: Cranfield UniversityThis paper concerns the concept, the design and the manufacturing ...
FaBiMed is a European project established to develop new manufacturing strategies for medical micro ...
International audienceThere is need for less expensive and rapid tooling for prototyping components ...
International audienceThe present work focuses on developing cost-efficient, fast and precise toolin...
Microfluidic devices have several applications in different fields, such as chemistry, medicine and ...
Micro injection moulding is a key technology for mass-production of micro structured surfaces, such ...
An increasing number of microfluidic applications linked with a strong demand for low-cost solutions...
Mass production of microfluidic devices commonly relies on injection molding. Injection molding requ...
As demand for smaller devices continues to increase, current manufacturing processes will find it mo...
[[abstract]]This paper presents the adaptation of a conventional injection molding process to the ma...
International audienceIn this work, both a micro-injection moulding (μ-IM) and a micro-injection com...
In this work we present an injection molding tool fabricated using current micromachining techniques...
Microfluidic devices have several applications in different fields, such as chemistry, medicine and...
International audienceIn the work reported, μ-IM and μ-ICM using replaceable silicon mould inserts w...
Recently, the polymeric micro-fluidic biochip, often called LOC (lab-on-a-chip), has been focused as...
Organised by: Cranfield UniversityThis paper concerns the concept, the design and the manufacturing ...
FaBiMed is a European project established to develop new manufacturing strategies for medical micro ...