Brand New Epson PrecisionCore I1600-U1 UV Printhead
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$538.00
Brand New I1600-U1 printhead for UV inks
the U1 is specifically for UV inks
great quality ready to ship
GENUINE OEM REPLACEMENT • PRECISION FLUID HARDWARE
Epson PrecisionCore I1600-U1 UV Printhead – Genuine OEM Replacement
Model Code: I1600-U1 (UV Sub-model)
Technology Core: PrecisionCore MicroTFP MEMS Piezo
Channels / Nozzles: 4 Channels / 1,600 Active Nozzles (400 npi/line)
Fluid Compatibility: UV-Curable Inks (Rigid, Flexible, Neutral)
ARCHITECTURAL OVERVIEW
MEMS Precision Micro-Fluidics & High-Durability Industrial UV Jetting
The Epson PrecisionCore I1600-U1 Printhead is an authentic industrial-grade piezoelectric drop-on-demand MEMS transducer engineered explicitly for high-resolution UV-curable wide-format printers, UV flatbeds, roll-to-roll production lines, and digital packaging printers. As part of Epson’s specialized industrial component matrix, the I1600-U1 packages native industrial jetting reliability into a compact 1.33-inch print swath, offering an optimal cost-to-performance ratio for commercial graphics, promotional printing, backlit displays, membrane switches, and direct-to-object industrial personalization.
Built with Epson's proprietary thin-film piezoelectric (TFP) silicon micro-machining technology, the transducer array contains 1,600 independent microscopic nozzles configured across 4 separate rows (400 nozzles per row at 300 npi spacing, delivering an effective 600 npi per dual-row pair). The U1 variant incorporates specialized internal manifold seals and passivation barriers formulated specifically to withstand aggressive photoinitiators, reactive monomers, and UV ink solvents. Utilizing Epson Variable-Sized Droplet Technology (VSDT), it generates multi-level greyscale droplets with minimum drop volumes from 3.5 picoliters up to multi-drop configurations at firing frequencies up to 43.2 kHz (in single-drop mode), ensuring razor-sharp typography, ultra-fine gradients, and robust high-density solid fills.
The exterior architecture features a high-grade stainless steel mirror-polished nozzle faceplate mounted on a high-rigidity alignment frame, weighing a mere 73 grams with physical dimensions of 69.1 mm × 59.4 mm × 35.6 mm. Complete with built-in driving electronics and dual multi-pin FFC signal interfaces, every genuine I1600-U1 printhead is manufactured under stringent semiconductor cleanroom conditions in Japan, purged with factory shipping preservation fluid, and shipped in an airtight OEM anti-static blister enclosure featuring factory QR traceability codes.
CRITICAL INK & SUB-MODEL IDENTIFICATION: Always verify the model suffix on the physical QR label before placing into operation. The "U1" designation specifies factory UV chemical resistance. Attempting to use the aqueous I1600-A1 or eco-solvent I1600-E1 in UV curable printing systems will result in immediate chemical degradation of the internal manifold adhesives, channel delamination, and fatal fluid leaks.
ENGINEERING REFERENCE
Identification Notes & Core Distinction
| Reference Standard | Technical Description & Interoperability Context |
|---|---|
| Exact Model Code | I1600-U1 – Dedicated UV-Curable ink model featuring corrosion-resistant internal adhesives, specialized polymer dampeners, and UV-tolerant fluidic paths. |
| Platform Series / Architecture | Epson PrecisionCore I-Series (Compact 1.33" Swath) – 2-chip MicroTFP design offering identical droplet geometry and resolution to the 8-row 4-chip I3200 series at half the physical width. |
| Core Manufacturer & Fab | Seiko Epson Corporation (Japan) – Genuine industrial grade printhead released through authorized OEM distribution networks (Unlocked for third-party boardsets: Hoson, Senyang, BYHX, UMC). |
NOTICE: Do not interchange the I1600-U1 with the I1600-A1 (Water-based / Sublimation / DTF) or I1600-E1 (Eco-Solvent). Furthermore, the I1600-U1 cannot physically or electronically replace an I3200-U1 on standard carriages without specific I1600 bracket adapters, revised FFC cable harnesses, and dedicated I1600 firmware profiles loaded onto the head driver board.
SYSTEM PARAMETERS
Product Details & Engineering Specifications
Part A: Part Information Matrix
| Product Name | Epson PrecisionCore I1600-U1 UV Industrial Printhead |
| OEM Manufacturer & Fab | Seiko Epson Corporation (Manufactured in Japan) |
| Exact Model Code | I1600-U1 (F1080 / MicroTFP Industrial Suffix) |
| OEM Hardware ID | I1600-U1 / PrecisionCore Printhead |
| Known Cross-Reference / Aliases | I1600-U, I1600 UV Head, MicroTFP 2-Chip UV Head |
| Fluidic & Ink Chemistry Compatibility | UV-Curable Inks (LED-UV, Mercury UV, Rigid, Soft/Flexible, Neutral, Varnish/Clear, White UV) |
| Component Condition | 100% Brand New, Unused, Genuine OEM Factory Sealed with Shipping Preservation Fluid |
| Country of Origin | Japan (JP) |
| Primary Industrial Application | UV Flatbed Printing, UV Roll-to-Roll Signage, Direct-to-Film (UV DTF), Cylinder/Bottle Printing, Industrial Coding |
Part B: Technical Specifications
| Printhead Technology | PrecisionCore MicroTFP Drop-on-Demand Piezoelectric (2 Chips) |
| Total Active Nozzles | 1,600 Nozzles (400 nozzles × 4 separate channels/rows) |
| Nozzle Pitch & Resolution | 300 npi per row (600 npi effective across paired lines) |
| Effective Print Swath Width | 33.8 mm (1.33 inches) |
| Droplet Volume / Dynamic Range | 3.5 to 12.0 picoliters (Multi-drop VSDT Greyscale Technology) |
| Maximum Firing Frequency | Up to 43.2 kHz (1 drop), 21.6 kHz (multi-drop / 3-level greyscale) |
| Operational Jetting Viscosity | 5.0 to 7.0 mPa·s (cP) at operating head temperature |
| Thermal Control Integration | Integrated internal thermistor for driver board temperature compensation |
| Nominal Drive Voltage | 24V to 42V (Factory waveform calibrated via OEM Head Rank ID) |
| Signal Interface / Connectivity | Dual high-density gold-plated Flexible Flat Cable (FFC) socket headers |
| Dimensions & Mass | 69.1 mm (W) × 59.4 mm (D) × 35.6 mm (H) | Net Weight: ~73 grams |
FIELD ADVISORY
Technical Precision & Installation Warning
CAUTION: Installation of PrecisionCore MEMS printheads must be performed exclusively by trained digital hardware technicians adhering strictly to electrostatic and fluidic assembly guidelines.
- Electrostatic Discharge (ESD) Protection: Wear grounded anti-static wrist straps at all times. PrecisionCore piezo micro-actuators and sub-micron silicon drive traces are acutely sensitive to static breakdown.
- Absolute Power Isolation (No Hot-Swapping): Disconnect incoming AC power and discharge system power supplies before servicing. NEVER connect or disconnect FFC cables while the machine is powered on. Live mating will instantly blow driver board FETs and short-circuit the internal head ICs.
- FFC Flat Cable Alignment & Inspection: Inspect FFC cable leads for bends, foil peeling, or ink contamination before inserting. Cable contacts must be clean and inserted completely parallel into the connector; slanted insertion causes direct shorts between 42V high-voltage drive pins and 3.3V logic lines.
- Ink & Fluid Chemical Compatibility: Verify that dampers, o-rings, and ink tubes are rated for UV inks (EPDM/PTFE). Flush factory storage fluid using specialized UV cleaning solution prior to introducing UV production ink; never allow water or incompatible solvent flush to mix with UV ink.
- Handling Factory-Sealed Unit: Never touch the mirror-finished stainless steel nozzle surface with bare fingers or dry cloth. Do not exert mechanical pressure on the nozzle plate. When priming, draw ink through the capping station using gentle negative pressure; do not push high positive pressure into the ink inlets.
- Head Rank ID Input: Input the factory Head Rank ID code (printed on the barcode label) into the printer's control software before firing. The head rank code calibrates micro-voltage curves across all 4 channels to guarantee uniform dot sizing and eliminate banding.
SYSTEM INTEROPERABILITY
Compatible Engine Platforms & Procurement Terms
Industrial UV Flatbed & Hybrid Printers
- UV Flatbed & Roll-to-Roll systems (6090, 7590, 1313, 2513 configurations)
- Direct-to-Film UV Printers (UV DTF Roll-to-Roll laminating systems)
- Cylinder / Rotary Bottle UV Customization Printers
- Compatible with Hoson, Senyang, BYHX, and UMC I1600 UV board architectures
Supported Wide-Format Brand Architectures
- Allwin, Docan, Flora, Gongzheng, Fortune, Handtop (I1600 UV configurations)
- KingT, Audley, Nocai, Rainbow, Titan-Jet UV Industrial Printers
- Custom OEM Digital Packaging & Industrial Label Printing Engines
Confirmed Incompatible Hardware Platforms (Strict Verification Notice)
DO NOT DEPLOY IN: Water-based dye/pigment systems requiring I1600-A1, eco-solvent platforms designed for I1600-E1, or 4-chip I3200 Series carriages without mechanical adapter plates and dedicated I1600 head cable harnesses. Not compatible with legacy DX4, DX5 (F186000), DX7 (F189010), XP600 (FA09050), or TX800 carriages. Voltage curves and physical dimensions are entirely non-interchangeable.
Terms, Warranty & Customer Protection Policy
1. Pre-Installation Authenticity Guarantee: This item is guaranteed to be 100% genuine OEM, brand new, and factory-sealed from Seiko Epson Corporation. Each unit carries its authentic factory QR code, serial number, and head rank calibration label.
2. Limited Operational Warranty (30 Working Days): Due to the extreme operating sensitivities of piezoelectric MEMS transducers, out-of-box warranty claims for mechanical or electronic non-conformance are valid within 30 working days from verified delivery. Any warranty claim requires continuous, unedited high-definition video documentation covering package unboxing of the intact OEM seal, resistance and board voltage checks prior to installation, and replacement performed by a certified hardware technician.
3. Final Sale & Return Exclusions: Under standard industrial manufacturing policies, once the sealed cleanroom static packaging has been broken, flushed with ink, exposed to UV photoinitiators, or electrically energized on a printer carriage, this component is permanently classified as consumed hardware and is strictly non-returnable and non-refundable. Physical nozzle strikes, electronic short circuits from reversed cables, or damage from UV curing lamp glare void all claims immediately.
I1600-U1
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