All posts by Team

TSG Research Project:Mylar Dimensional Stability Under Excessive Dryer Heat Does excess dryer heat compromise the dimensional stability of the mylar backing. TSG feels that pushing the temperature higher could push the limits of thermal stability of the backing foil of the flexo printing plates. The recommended drying temperature is limited, as the raw polymer materials … Read More...
TSG Research Project:Flat-Top Dot Exposure Under Water General Description Is there anything else involved or critical to creating a flat top dot other than removing O2 from the exposure process? What happens when exposed under water? Since oxygen molecules are already bonded to hydrogen, we do not expect O2 inhibition (dot sharpening) to occur. Equipment, … Read More...
Based on recent thermal processing equipment optimization, we looked to identify strengths and limitations of some thermal plate processing equipment. Equipment, Material and Measurement Devices Used Thermal Plate Processor G&J Flex-N-One 260 Esko CDI (HD Flexo) ITP-M – 0.045 Micrometer Troika AniCam (Flexo Plate QC) Process Description Verify thermal processing reaches back exposure, determining relief. … Read More...
EskoWorld 2017 Each year, we look forward to attending EskoWorld (Esko's user conference) to share ideas and bring our customers news of the latest innovations! This year didn't disappoint! There are many new features coming soon that will directly benefit the flexographic market, specifically those making plates. Post-RIP Scum Dot Removal Scum dots are small image … Read More...
APR Donates SpotOn! Flexo Software System to Flexo Tech's Minneapolis Training Center All Printing Resources (APR) and SpotOn! Press have donated the recently released SpotOn! Flexo pressroom software to Minneapolis-based Flexo Tech. Flexo Tech is a not-for-profit education and training center that provides hands-on press operator training for flexographic converters across the U.S. and Canada. … Read More...
A common misconception in water based ink cleaning is the thought that to be effective it would need to have a high pH and thus, be hazardous to the user or equipment. In reality there are two parts for these cleaners to be effective, pH and alkalinity. The alkalinity levels in these cleaners is what causes … Read More...