2 HEAD CAPPING STATION
₹8500
/ Pcs.
Quad-Synchronized Airtight Gaskets: Integrates four perfectly leveled, high-elasticity silicone cap tops on a single heavy-duty tracking bracket to ensure uniform upward sealing pressure against all four printheads.
Maximum Chemical & Solvent Resistance: Injection-molded from premium engineering polymers that strictly resist swelling, cracking, or turning gummy when exposed to aggressive UV-curable inks, strong eco-solvent flushes, or thick, fast-settling DTF white ink pigments.
High-Vacuum Quad-Drain Design: Features independent, micro-porous absorption cores inside each cap top to safely isolate waste inks, routing fluids directly into the pump line without messy fluid backflow or cross-bleeding.
Quad-Synchronized Airtight Gaskets: Integrates four perfectly leveled, high-elasticity silicone cap tops on a single heavy-duty tracking bracket to ensure uniform upward sealing pressure against all four printheads.
Maximum Chemical & Solvent Resistance: Injection-molded from premium engineering polymers that strictly resist swelling, cracking, or turning gummy when exposed to aggressive UV-curable inks, strong eco-solvent flushes, or thick, fast-settling DTF white ink pigments.
High-Vacuum Quad-Drain Design: Features independent, micro-porous absorption cores inside each cap top to safely isolate waste inks, routing fluids directly into the pump line without messy fluid backflow or cross-bleeding.
| Parameter | Specification |
| Part Name | 4-Head Capping Station Assembly / Quad Ink Stack Base |
| Material Composition | Solvent-Resistant Engineering Plastics & High-Elasticity Silicone |
| Carriage Layout | Quadruple Head / 4-Printhead Configurations |
Maximize your production uptime and protect your high-end equipment with our premium 4-Head Capping Station Assembly. Engineered specifically for high-capacity industrial digital presses configured with four-head carriage systems, this master maintenance module delivers uniform, synchronized airtight sealing across all four nozzle plates simultaneously when the machine goes idle.
