- On sale!
- -42%
- New
OEM dual-color thermal inkjet printhead delivering 12 pL droplets for Light Magenta and Light Cyan in wide-gamut HP Latex 3000 platforms.
OEM Part Number: CR329A / CR330A (HP No. 881) | Dual-Color Thermal Inkjet (TIJ) Industrial Wide-Format Latex Printhead
The Original HP 881 Light Magenta and Light Cyan Latex Printhead is an authentic original equipment manufacturer dual-color industrial thermal drop-on-demand (DoD) inkjet printhead engineered specifically for heavy production 3.2-meter (126-inch) industrial systems, including the HP Latex 1500, Latex 3000, Latex 3100, and Latex 3500 Series. Operating as the primary photographic highlight and delicate skin-tone imaging engine within HP’s 7-head industrial latex carriage, this printhead governs dilute Light Magenta (LM) and Light Cyan (LC) inks to produce grain-free transitions, smooth sky gradients, and subtle flesh-tone highlights without visible dot stippling.
Housing 10,560 active addressable nozzles (5,280 nozzles dedicated per channel across high-density staggered arrays), the HP 881 printhead ejects calibrated 12 picoliter (pL) micro-droplets at native output resolutions up to 1200 × 1200 optimized DPI. Equipped with HP’s built-in Smart Printing Technology and industrial onboard cryptographic EEPROM calibration, it continuously monitors firing pulses, compensates for ambient thermal fluctuations caused by adjacent high-energy curing heaters, and communicates directly with the printer's automated Optical Drop Detector (ODD) to execute real-time nozzle health validation and dynamic nozzle substitution.
| Product Name | Original HP 881 Light Magenta and Light Cyan Latex Printhead |
| OEM Manufacturer | HP Inc. (Hewlett-Packard) |
| OEM Part Number | CR329A / CR330A (HP No. 881) |
| Component Classification | Industrial Dual-Color Thermal Inkjet (TIJ) Latex Replacement Head |
| Ink Color Allocation | Light Magenta (LM) and Light Cyan (LC) |
| Ink Chemistry Pairing | HP 881 / HP 881B Aqueous Water-Based Latex Inks |
| Manufacturing Standard | Genuine HP Factory Original Sealed Package (Singapore / USA) |
| Print Technology | HP Scalable Thermal Inkjet (TIJ) Latex Industrial Architecture |
| Total Active Addressable Nozzles | 10,560 nozzles per head (5,280 nozzles per color channel across multi-die arrays) |
| Native Array Density | 1200 nozzles per inch (npi) per color channel |
| Maximum Output Resolution | Up to 1200 × 1200 optimized DPI |
| Calibrated Base Drop Volume | 12 picoliters (pL) native industrial micro-droplet |
| Nozzle Faceplate Construction | Polymer anti-crusting and anti-wetting surface coatings for thermal curing stability |
| Smart Chip Integration | Industrial cryptographic EEPROM for dynamic thermal pulse regulation and consumption tracking |
| Operating Temperature Range | 15°C to 30°C (59°F to 86°F) |
| Storage Temperature Range | 5°C to 40°C (41°F to 104°F) in original factory-sealed blister |
| Operating Humidity Range | 20% to 70% RH non-condensing |
| Physical Dimensions & Weight | 191 × 270 × 95 mm (package); Net: approx. 0.35 kg / Gross: 0.52 kg (packaged) |
1. Platform Differentiation from HP 831 / HP 871: The HP 881 series is engineered strictly for 3.2-meter industrial engines (Latex 1500 / 3000 / 3100 / 3500). It is physically, electronically, and fluidically incompatible with smaller 54-inch or 64-inch latex printheads, including HP 831 (CZ680A Light Cyan/Light Magenta for Latex 300/500) and HP 871 (Latex 700/800). Do not attempt to force heads into unsupported printer frames.
2. High-Temperature Curing Thermal Stress: Industrial Latex printers operate with radiant curing modules reaching temperatures over 100°C. Never open the service covers or bypass interlocks while curing units are hot. Allow the carriage assembly to park and cap properly in the service station to prevent latex polymer dehydration on the nozzle orifice plates.
3. Electrical Contact Pad Care: Never touch the rear gold interconnect pads or the silicon nozzle arrays with bare hands. Latex ink mist and body oils cause smart chip communication drops and drive-line shorts. If cleaning is needed, wipe gently with an approved lint-free cleanroom wipe lightly moistened with deionized water.
4. Packaging & Expiration Management: Maintain the printhead in its original factory vacuum seal until ready for immediate installation. Check the "Install By" date on the packaging carton to ensure proper fluid wetting and actuator responsiveness.
| Printer Series | Ink Chemistry | Supported Platforms |
|---|---|---|
| HP Latex 1500 Series | HP 881 / 881B Latex Inks | HP Latex 1500 3.2-m (126-in) Industrial Printer (K4F40A / K4F40B) |
| HP Latex 3000 Series | HP 881 Latex Inks | HP Latex 3000 3.2-m (126-in) Production Printer (CR327A) |
| HP Latex 3100 Series | HP 881 Latex Inks | HP Latex 3100 3.2-m (126-in) Production Printer (M2J70A) |
| HP Latex 3500 Series | HP 881 Latex Inks | HP Latex 3500 3.2-m (126-in) High-Capacity Production Printer (M2J72A) |
*Model Differentiation Note: In 3.2-meter industrial platforms (Latex 1500/3000/3100/3500), the HP 881 carriage uses seven user-replaceable printhead slots: CR328A (Cyan/Black), CR329A (Magenta/Yellow), CR330A (Light Cyan/Light Magenta), and CR331A (HP Latex Optimizer). Always verify the correct color channel module before breaking the outer protective packaging seal.
Condition: 100% Brand New, Genuine OEM Factory-Original HP Replacement Printhead sealed in rigid industrial protective transport packaging with factory preservation fluid intact.
HP Manufacturer Warranty: Covered under HP's industrial genuine parts limited warranty against materials and workmanship defects until the "Warranty Ends" date printed on the exterior carton, or until the factory-rated ink throughput threshold (liters of ink fired) is reached, whichever occurs first.
Return Policy: Precision industrial electronic consumable component. Unopened, factory-sealed boxes are eligible for standard commercial return. Once the protective casing is opened, the orange protective cap removed, or the module locked into a print bar and primed with ink, returns cannot be accepted due to smart chip initialization, fluid charging, and contamination risks.