Microfluidic prototyping is essential for turning lab-on-a-chip concepts and droplet microfluidics systems into scalable, manufacturable products. In today’s competitive landscape, success depends not only on innovation but also on how quickly and reliably that innovation can move from idea to production. At Micromolds, we help engineering and R&D teams accelerate that transition by embedding prototyping into an integrated development and manufacturing strategy. From initial

Thermoplastics vs Glass for Microfluidic Manufacturing

Arginta Group originates from the Lithuanian capital private limited company Arginta with the lifetime dating back to 1991. Promising ideas during over 20 years have grown into a big market leader and a very profitable company. The territory of the company has expanded as well: until 2007 Arginta occupied 1 500 m2 premises, whereas in 2012 Arginta Group already had 12 600 m2 industrial-administration premises, used by the companies of the Group and leased to the companies fro

Laser & Engineering technologies cluster LITEK was established in 2010 but cooperation between science and SMEs continues for more than...

Creating microfluidic chips is a difficult and precise process. Manufacturers have several options available for creating small channels, holes, and V-grooves. While some use chip making techniques like embossing, photolithography, or micro 3D printing for these purposes, micro milling microfluidic chips is still the preferred option for prototyping, though not for serial production. However, micro milling is useful for much more than making chips. Manufacturers can also use

This week we had guests of Directors of the Alliance of Lithuanian Clusters. On the meeting agenda was Lithuanian clusters future and...