New Original Dimatix Samba G3L Printhead
The Samba G3L printhead technology delivers the breakthrough quality, speed and scalability required for variable width, single pass production inkjet printing and materials deposition applications.
Security policy (edit with Customer reassurance module)
Delivery policy (edit with Customer reassurance module)
Return policy (edit with Customer reassurance module)
Dimatix Samba G3L Printhead
The Samba G3L printhead technology delivers the breakthrough quality, speed and scalability required for variable width, single pass production inkjet printing and materials deposition applications. Based on state-of-the-art silicon micro-electro-mechanical systems manufacturing (Si-MEMS), the Samba G3L printhead is the most advanced technology available today.
With 2048 individually addressable nozzles, the Samba G3L printhead has 1,200 dpi native resolution (600 dpi in redundant mode) and a native ink drop size of 2.4 picoliters (pl) delivering outstanding print quality that can jet a wide range of fluids including UV curable and aqueous inks.
Specifications
- Number of addressable Jets per module: 2048
- Print width: 43mm (1.7 in.) per printhead, stitch for infinite print width
- Native resolution: 1200 dpi/600 dpi in redundant mode
- Native drop size/largest drop size: 2.4pl to 13.2pl
- Firing frequency: Up to 100Khz
- Nominal fluid viscosity: 2 to 10 cPs (3 to 7 cPs recommended)
- Compatible jetting fluids: UV-curable, organic solvents, aqueous, latex
- Nozzle Plate technology: Silicon MEMS/ Non-wetting coating
- Printhead heat type: Fluids thermal transfer
- Tau 330 RSC
- Samba PS4300
Specific References
16 other products in the same category:
New Original Dimatix Sapphire QS-256/30 AAA Printhead
The Performa™ Sapphire QS-256/10 AAA printhead delivers best-in-class jetting accuracy combined with versatile grayscale operation. Its lightweight, thin-profile design and configurability plus support for a broad range of ink formulations makes this printhead model particularly suited to scanning printer architectures and applications.