Premium Solvent & UV-Resistant Housing: Injection-molded from a high-purity polymer shell that strictly resists swelling, cracking, or degrading when exposed to harsh industrial solvents, aggressive eco-solvent flushes, and heavy UV-curable chemistries.
Glue-Free Thermal Welding: Manufactured entirely using advanced thermal bonding with zero chemical adhesives. This guarantees that the filter housing will never leak or introduce chemical contaminants into your ink track.
High-Surface Disc Architecture: Optimized internal mesh configuration provides maximum surface area filtration in a compact footprint, preventing ink starvation or negative-pressure drops during high-frequency firing.
Premium Solvent & UV-Resistant Housing: Injection-molded from a high-purity polymer shell that strictly resists swelling, cracking, or degrading when exposed to harsh industrial solvents, aggressive eco-solvent flushes, and heavy UV-curable chemistries.
Glue-Free Thermal Welding: Manufactured entirely using advanced thermal bonding with zero chemical adhesives. This guarantees that the filter housing will never leak or introduce chemical contaminants into your ink track.
High-Surface Disc Architecture: Optimized internal mesh configuration provides maximum surface area filtration in a compact footprint, preventing ink starvation or negative-pressure drops during high-frequency firing.
| Parameter | Specification |
| Part Name | StarFire Last-Chance Printhead Filter (LCF) |
| Condition | 100% Brand New Factory-Original |
| Media Material | High-Purity Polypropylene / Metal Mesh Matrix |
| Compatible Printhead | Fujifilm Dimatix StarFire SG1024 Series (XSA, SA, MA, LA, MC) |
Maintain exceptional print quality and defend your high-velocity production lines from catastrophic nozzle damage with our premium StarFire Head Filter. Specifically engineered to match the rigorous fluid tracking requirements of industrial Dimatix StarFire SG1024 printheads, this compact, high-performance inline filter acts as the ultimate "last-chance" defense barrier directly before the ink enters the printhead chamber.
