Ink units with individual temperature control for perfect ink viscosity
Ideal for supporting the use of special inks as well as for IPA-free or IPA-reduced printing applications
Separate circuit and individual temperature control of the ink ductors
Optional temperature measurement by way of IR sensors in the ink unit
Optional use of the press speed as the command variable
Optional water supply system to automatically compensate for minor leaks (e.g. in the area of the rotary union)
Atmospherically sealed system to prevent operating problems caused by corrosion or algae
Suitable for combination with a beta.c combination unit with the temperature control circuit being used for supplying the beta.z with cooling water
Optional extension with additional circuits to supply other cooling locations, e.g. chill rollers, oil cooling systems or water-cooled drives of rotary presses
The prevention of spray mist results in reduced plant contamination, reduced contamination of the ambient air and eliminates the need for an extraction system
Reduced health hazard for operators
Extremely precise and economically efficient oil application
User-friendly control
Compact, clearly structured design
Low-wear and low-maintenance
Process and production reliability: Fault signals and error logs
ErP-compliant with regard to the Ecodesign directive and F-gas regulation
Environmentally friendly R513A refrigerant with a low GWP value (global warming potential)
Reduced energy consumption thanks to the economical use of a shared refrigeration unit as well as due to the use of pump motors in accordance with the most recent efficiency class
Small footprint thanks to a compact and service-friendly design
High control accuracy of the dampening solution and ink unit temperature
Flexible equipment options for uncomplicated and cost-efficient customisation
High alcohol dosing accuracy thanks to the alcocontrol or alcosmart DSP system
New 3.5″ colour touch display for ease of operation and a high level of user-friendliness => graphical representation of screens for actual and set values, fault messages and warnings, process diagrams, etc. (EU languages plus Chinese and Japanese)
Improved details for optimised usability and serviceability, including a 100 mm higher frame, a new tank draining system and new suction tube holders
Proven series for small- to medium-format offset presses
Ergonomic and service-friendly design with the switch box and control unit above the dampening solution tank and easy access to the filter bag through the large tank opening
High level of flexibility in terms of the set-up and equipment of the system to ensure optimum adaptation to specific press configurations or customer requirements
High-performance circulation system with an adjustable dampening solution return rate (per dampening solution pan) or the optional connection of an intermediate tank for low-foam recirculation (both systems can be combined)
High-quality filtration system for constant dampening solution quality and a long service life of the dampening solution with long change intervals
Reduced dampening problems, maintenance and downtimes while ensuring a higher printing quality and productivity
ErP-compliant with regard to the Ecodesign directive
High-grade, powerful pump system
Increased operational reliability and reduced maintenance thanks to the robust stainless-steel coaxial evaporator and a high resistance against typical contaminants
Dual-circuit design of the delta.d 450/550 units (with a redundant refrigeration unit)
High level of serviceability and user friendliness thanks to a clever ergonomic design
Clear structure and intuitive operation based on a modern microprocessor control system
Data interface for linking the system to a control station, ready for web/browser visualisation and remote maintenance
Demand-based equipment options, e.g. highly precise measurement and dosing systems for a reduced additive consumption
ErP-compliant with regard to the Ecodesign directive
Proven series for rotary offset presses, perfectly adapted to the varying requirements of these printing presses
Compact, ergonomic and service-friendly design
High level of operational reliability thanks to high-grade, high-performance components
Several options for an effective, demand-based dampening solution filtration
Precise dosing, measuring and control equipment
High level of flexibility in terms of the set-up and equipment of the system to ensure optimum adaptation to specific press configurations or customer requirements
Specifically designed for newspaper, heatset and semi-commercial (hybrid) rotary offset presses with continuous-feed, brush-type or turbo dampening systems as well as for central systems for sheet-fed offset presses and/or narrow-web rotary printing presses
ErP-compliant with regard to the Ecodesign directive
Proven series for small- to medium-format rotary offset presses, perfectly suitable for use in spray dampening systems
Compact, ergonomic and service-friendly design
High level of operational reliability thanks to high-grade, high-performance components
Constant feed flow pressure thanks to a pressure control valve in the return flow
Effective filtration thanks to double dampening solution fine filters in the feed flow
Precise dosing, measuring and control equipment
High level of flexibility in terms of the set-up and equipment of the system to ensure optimum adaptation to specific press configurations or customer requirements
ErP-compliant with regard to the Ecodesign directive
High-grade, powerful pump system
Increased operational reliability and reduced maintenance thanks to the robust stainless-steel coaxial evaporator and a high resistance against typical contaminants
Dual-circuit design of the delta.d 450/550 units (with a redundant refrigeration unit)
High level of serviceability and user friendliness thanks to a clever ergonomic design
Clear structure and intuitive operation based on a modern microprocessor control system
Data interface for linking the system to a control station, ready for web/browser visualisation and remote maintenance
Demand-based equipment options, e.g. highly precise measurement and dosing systems for a reduced additive consumption
