The Raptor+ processor is the ideal processing solution for any medium segment printers. The Raptor+ processor offers many of the same features and benefits as the InterPlater HDX in a smaller footprint, targeting customers in the me- dium segment. This means that Raptor+ offers a high level of configuration flexibility and can be adapted to a wide range of applications, to better match the individual needs of the printer. It is prepared for full unattended operation and can be used in an automated prepress line, fully integrated with both CtP and post processor plate automation. Raptor+ combines reliability, flexibility and automation to meet the needs of any customer in the medium segment. Customers looking for high productivity or high production volume, should consider the Inter- Plater HDX. Raptor+ Thermal For traditional thermal plates with developer, wash, gum and dryer steps. Available in two widths, 68 and 85 cm. Raptor+ Polymer For violet photopolymer plates with pre-heat, pre-wash, developer, wash, gum and dryer steps. Very accurate hot-air preheat concept. Easily converted for violet chemfree technology. Raptor+ Chemfree For violet chemfree appli- cations. Dedicated mod- els for Fuji Pro-V and Agfa N92-VCF applications. Alternatively, use the traditional photopolymer processor with appropri- ate modification kit.

ThermoStar HY-PST Thermal Processors are designed to serve the most demanding needs of
thermal plate production for a packaging printer, service bureau or an in-house commercial
printer. ThermoStar HY-PST processors seamlessly integrate with the existing pre-press setup
with their fully customisable workflow and offer the highest quality of thermal plate making.

ThermoStar HY-PST Thermal Processors are designed to serve the most demanding needs of
thermal plate production for a packaging printer, service bureau or an in-house commercial
printer. ThermoStar HY-PST processors seamlessly integrate with the existing pre-press setup
with their fully customisable workflow and offer the highest quality of thermal plate making.