Ciposa SA
- OPTOline® flex 100/ 150
- Reel-to-reel exposure machine for flexible films
In the process of etch product manufacturing, one of the operation consists
of exposing the flexible film previously coated with photoresist. The
OPTOline® flex 100 or 150 operation consists of handling the material
and to position it accurately between one or two masks. The material is
then exposed with a collimated beam of UV light. More details
- OPTOline® 2200 series
- Reel-to-reel exposure machine for LeadFrame and metallic products
In the process of etch product manufacturing, one of the operation consists
of exposing the material previously coated with photoresist. The OPTOline®
2200 operation consists of handling the material and to position it accurately
between two masks. The material is then exposed with a collimated beam
of UV light. More details
- OPTOline® 3200 series
- Reel-to-reel or inline exposure machine for LeadFrame and metallic products
In the process of etch product manufacturing, one of the operation consists
of exposing the material previously coated with photoresist. The OPTOline®
3200 operation consists of handling the material and to position it accurately
between two masks. The material is then exposed with a collimated or scattered
beam of UV light. More
details
- Slitting machine 1700 series
- For flexible-PCB/BGA/µBGA products
This machine is dedicated to slit and wind up flexible products in several
strips with great attention, as only accurate cut and minimum camber will
guarantee the next manufacturing step’s precision. More
details
- Cooper laminating 1715 series
- For flexible-PCB/BGA/µBGA products
This machine is dedicated to laminates PI film with copper web. One of
the key points of the process is the centering of the copper according
to the PI perforation in order to maximize the usable zone without covering
the sprocket holes, which are usually used for reference in the following
steps. Laminating temperature, pressure, and tension are utmost importance
to control flowing of the glue and elongation of the film. More
details