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- Fedar Sublimation Textile Printer
FEDAR FD61916E Sublimation Printer FEDAR FD1924 Sublimation Printer FEDAR FD1912S Sublimation Printer FEDAR FD61915E-A Sublimation Printer FEDAR FD5198E Sublimation Printer FEDAR FD51915E Sublimation Printer FEDAR FD53215E Sublimation Printer FEDAR FD61915E Sublimation Printer FD6198E 8 Heads Printer FD6194E 4 Heads Printer FD5194E 4 Heads Printer FD5328E 3.2m Printer FD5193E 3 Heads Printer Fedar TC Series Sublimation Printer(3heads,4heads,6heads)(Stop) FD5268E 2.6m Printer FD5223E 2.2m Printer (Stop) FD1900 2 Heads Printer AL193 3 Heads Printer (Stop) TC1932 2 Heads Printer (Stop)
- Fedar Direct To Film
FD1808 DTF Printer FDA3 Pro DTF Printer A3 DTF Printer FDA3 DTF Printer FD70-5 DTF Printer FD70-3 DTF Printer (Stop) FD30 DTF Printer (Stop) FD60 DTF Printer FD70-4 DTF Printer FD65-2 DTF Printer (Stop) FD70-2 DTF Printer (Stop) TR 4180 (Stop) FD 680 DTG (Stop) FD1828 Belt cotton printer (Stop)
- Fedar Sublimation Textile Printer
Essential Anti-Static Measures for Your Fedar Equipment
2025-11-28Grounding remains the most crucial method for static control. Always properly utilize the grounding terminal provided with your Fedar sublimation printer. Regularly inspect ground wires for aging or loosening, and replace any damaged cables immediately to prevent static buildup that could damage sensitive components.
2. Environmental Control: Regulate Temperature and Humidity
Dry environments significantly contribute to static generation. Maintain your Fedar printing workshop at optimal conditions: temperature between 18-30°C and humidity between 35%-60%. During dry winter months, use humidifiers to consistently replenish moisture in the air. Additionally, minimize air circulation that could cause material friction and static generation.
3. Ink Selection: Use Approved Formulations
Always employ original manufacturer-approved inks specifically formulated for your Fedar sublimation printer or digital textile printer. These specialized inks are engineered to minimize static generation during the printing process. Avoid high-viscosity inks that can leave residue on printheads, increasing friction and static buildup.
4. Material and Component Management
Select printing materials with inherent anti-static properties when possible. Store materials properly without tight stacking to reduce friction. Regularly inspect and replace worn pressure rollers and other components that frequently contact materials to prevent ink misting and rough edges.
5. Operator Precautions: Discharge Before Contact
Operators should touch grounded metal objects in the workshop before interacting with any Fedar textile printer or wide format printer to discharge personal static electricity, preventing human-body static from transferring to sensitive equipment.
6. Regular Cleaning with Anti-Static Methods
Consistently clean printing panels, printhead areas, and surrounding components on your Fedar digital textile printer. Static electricity attracts dust, which in turn exacerbates both static problems and nozzle clogging. Use anti-static cleaning solutions instead of dry cloths to avoid generating additional static through friction.
Additional Important Consideration
Faster printing speeds significantly increase the probability of static electricity generation in digital printers. Therefore, always select the appropriate printing mode for your specific material type rather than automatically choosing the highest speed setting, thereby preventing excessive static buildup.
By implementing these comprehensive anti-static measures, operators of Fedar printing equipment can maintain optimal performance, protect their investment, and ensure consistent print quality throughout the challenging winter months.