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}HP Scitex X2 Printing Module Kit 5pcs CW980-00948 | CW903-60629 | FB7500
Brand: HP
Tax excluded. Shipping calculated at checkout
Availability: In stock
%20is%20a%20genuine%20original%20HP%20Scitex%20replacement%20kit%20containing%205%20individual%20X2%20printing%20modules%20(CW903-60629%20each)%20%E2%80%94%20the%20complete%20head%20replacement%20se...
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The HP Scitex X2 Printing Module Kit (CW980-00948) is a genuine original HP Scitex replacement kit containing 5 individual X2 printing modules (CW903-60629 each) — the complete head replacement set for HP Scitex FB7500 and FB7600 industrial UV flatbed printers. Each X2 module integrates silicon-based MEMS (MicroElectroMechanical Systems) technology from semiconductor manufacturing with HP Scitex's piezoelectric inkjet platform, delivering up to 50 pl drop volumes at 30,000 drops per second per nozzle, with multi-module array resolutions up to 800 dpi. Anodic bonding — not adhesives — seals the silicon and glass components into a permanent hermetic structure. Every CW980-00948 / CW903-60629 kit we sell at Digiprint USA is 100% genuine original HP Scitex.
This kit contains 5 modules (CW980-00948) — the single-module part number is CW903-60629. The FB7500 and FB7600 use multiple X2 modules in an array. CW980-00948 is the 5-piece kit; CW903-60629 is the single module available individually. Order the kit when replacing all heads in an array. Order individual CW903-60629 modules when replacing a specific failed position. Contact our team to confirm how many modules your specific FB7500 or FB7600 configuration requires before ordering.
Technical Specifications — HP Scitex X2 Module (CW903-60629)
| Specification | Detail |
|---|---|
| Kit part number | CW980-00948 — 5 modules per kit |
| Single module part number | CW903-60629 — 1 module |
| Technology | Silicon MEMS + piezoelectric — developed by HP Scitex exclusively |
| Nozzles per module | 128 total — 64 nozzles per side (dual-sided ejection) |
| Native resolution | 100 nozzles/inch (npi) |
| Multi-module array resolution | Up to 800 dpi |
| Max. drop volume | Up to 50 pl |
| Fire rate | Up to 30,000 drops/second per nozzle |
| Ink type | UV-curable inks |
| Max. ink viscosity | Up to 15 cP |
| Ink supply | Single ink channel at top edge — supplies all nozzles |
| Delivery end dimensions | 8 mm × 64 mm — slim profile for high-density array assembly |
| Bonding method | Anodic bonding — no adhesives, permanent hermetic seal between silicon and glass |
| Electronics package | Two identical assemblies — printhead controllers, voltage regulators, piezo actuators |
| Kit quantity | 5 modules per kit (CW980-00948) |
| Condition | 100% genuine original HP Scitex, brand new |
Compatible Printers
The HP Scitex FB7500 and FB7600 are industrial UV flatbed printers designed for high-speed production of POS/POP displays, outdoor signage, building graphics, and vehicle graphics. Contact our team with your printer serial number to confirm the number of X2 modules in your configuration before ordering the 5-piece kit.
Kit vs Single Module — Part Number Guide
| Part Number | Quantity | When to Order |
|---|---|---|
| CW980-00948 (this listing) | 5 modules | Full array replacement — complete head set for FB7500/FB7600 |
| CW903-60629 | 1 module | Single position replacement — when one specific module has failed |
Warranty Notice
Due to the sensitive nature of industrial printhead components, we cannot accept returns, exchanges, or refunds once modules have been installed. All sales are final. Contact our team to confirm module count and printer configuration before ordering.
Why Buy from Digiprint USA
• 100% genuine original HP Scitex X2 modules — MEMS + piezo technology, anodic bonded silicon/glass, no third-party substitutes
• Kit vs single module clarity — CW980-00948 (5pcs) vs CW903-60629 (1pc) explained so you order the right quantity
• Full spec coverage — 128 nozzles, dual-sided ejection, 50pl, 30,000 drops/sec, 800dpi array, 15cP, anodic bonding — most complete X2 listing available
• MEMS technology context — we explain why semiconductor-grade manufacturing matters for array uniformity and performance consistency
• In stock in Doral, Miami FL — same day shipping before 2PM EST
• Ideal for Latin American HP Scitex FB7500/FB7600 shops using Miami freight forwarders
• Free technical support — we confirm module count and which positions need replacement before you order
View our full range of genuine HP Scitex printheads and spare parts.
Frequently Asked Questions
What is the difference between CW980-00948 and CW903-60629?
CW903-60629 is the part number for a single HP Scitex X2 printing module — one individual head unit. CW980-00948 is the kit part number for a pack of five CW903-60629 modules. The FB7500 and FB7600 use multiple X2 modules in a printhead array. If you are replacing all modules in the array at once — the recommended practice for maintaining uniform print quality — order the 5-piece kit (CW980-00948). If you have diagnosed a failure in a single specific array position, order the individual module (CW903-60629). Contact our team if you are unsure how many modules your printer configuration uses.
What is MEMS technology and why does it matter for the X2 module?
MEMS stands for MicroElectroMechanical Systems — a silicon fabrication technology from the semiconductor industry that allows extremely precise, high-tolerance manufacturing at microscopic scale. HP Scitex applied this to the X2 printhead chip, enabling tighter nozzle geometry, more consistent drop formation, and better uniformity across large multi-module arrays than traditional printhead manufacturing allows. In industrial UV flatbed printing where dozens of modules operate in synchronized arrays, this manufacturing precision directly impacts print quality consistency, head-to-head alignment, and long-term reliability.
What is anodic bonding — and why is it better than adhesive assembly?
Anodic bonding is a process that forms a permanent chemical bond between silicon and glass through the application of heat and electrical voltage — with no adhesives involved. In the X2 module, this creates a hermetic seal between the chip's constituent materials that does not degrade over time, cannot be compromised by UV ink chemistry or temperature cycling, and maintains a consistent ink-tight seal throughout the head's service life. Adhesive-bonded heads risk seal degradation from ink solvents and UV exposure — the anodic bond eliminates this failure mode entirely.
Do you ship the HP Scitex X2 kit to Latin America?
Yes — same day shipping from our Doral, Miami FL warehouse before 2PM EST. Our Miami location is ideal for Latin American HP Scitex FB7500 and FB7600 production shops using freight forwarders in the Doral area.
