Linear washing system
The most important information:
- Washing, removing coatings, developing
- For screen formats up to 1 x 1,2 m
- High degree of flexibility thanks to modular design
- Existing installations can be expanded by adding additional modules
- The process flow direction can be selected as required
- Excellent accessibility – for maximum ease of cleaning
- High-quality chrome steel construction
- Innovative nozzle system
- Water saving thanks to the closed loop system with a coarse mesh filter and a bag filter
- Expandable with an angled filter system and exhaust system
- Designed for use with the latest generation of cleaning agents (flash point >55°C, ATEX compliant)
- Easy tank cleaning thanks to the easily accessible design
- Clean water rinsing module for wetting, intermediate and final rinsing of the screens
- The blower module prevents scale build-up in the fabric screens and allows the screens to be unloaded without transferring water.
- High performance
- Special Grünig nozzles made of V2A steel with service cover, designed for maximum ease of cleaning
- Easy programming of all parameters via touch screen
Configurations for cleaning and stripping systems
Configuration 134A
Separate modules guarantee optimal washing results without fluid transfer. At the beginning of the line, the printing ink is effectively rinsed out. Thanks to the autonomous coating removal module, the customer has complete control over the chemical products used. Intermediate modules ensure adherence to chemical reaction times. The fact that the screens are delaminated in a closed circuit allows for significant water savings. Fresh water is used for the rinsing process. An inspection cabin at the end of the treatment line is ideal for final inspection.
The maximum speed is 1000 mm/min (40 in/min).
The maximum speed is 1000 mm/min (40 in/min).
Configuration 134B
Separate modules ensure optimal washing results without fluid transfer. At the beginning of the line, the printing ink is effectively rinsed out. Thanks to the autonomous stripping module, the customer has complete control over the chemical products. Intermediate modules ensure adherence to chemical reaction times. The fact that the screens are stripped in a closed circuit allows for significant water savings. Fresh water is used for rinsing. At the end of the line, the screens pass through an air blower module and can be discharged without dripping. The maximum speed is 1000 mm/min (40 in/min).
Configurations for invocation processes
Configuration 135A
A fresh water connection ensures a water supply to all modules. Using only fresh water significantly reduces maintenance requirements. An inspection cabin at the end of the track is ideal for final sieve inspection.
The maximum speed is 400 mm/min (16 in/min).
The maximum speed is 400 mm/min (16 in/min).
Configuration 135B
A fresh water connection ensures a water supply to all modules. Using only fresh water significantly reduces maintenance requirements to a minimum. At the end of the line, the screens pass through an air blower module, allowing them to be removed without dripping water.
The maximum speed is 400 mm/min (16 in/min).
The maximum speed is 400 mm/min (16 in/min).
135C configuration
Two development modules for faster and more intensive cleaning. A 250-liter circulation tank enables environmentally friendly water reuse. Pressure can be increased to 100 bar without increasing water consumption. Screen inspection takes place directly in the inspection cabin at the end of the processing line.
The maximum speed is 1000 mm/min (40 in/min).
The maximum speed is 1000 mm/min (40 in/min).
135D configuration
Two development modules for faster and more intensive cleaning. A 250-liter circulation tank allows for environmentally friendly water reuse. Pressure can be increased to 100 bar without increasing water consumption. At the end of the line, the screens pass through an air blower module and can then be discharged without dripping.
The maximum speed is 1000 mm/min (40 in/min).
The maximum speed is 1000 mm/min (40 in/min).
