Cart
Custom content
<p>This is custom content</p>
  • On sale!
  • -42%
  • New

SATO CL4NX-RFID Anti-Static Thermal Printhead 305 DPI R29798000

$540.00
$313.20 Save 42%

Factory OEM 305 DPI high-resolution thermal printhead for SATO CL4NX and CL4NX-RFID industrial printers. Delivers sharp micro-text, regulatory markings, and dense barcodes on RFID smart labels with anti-static protection. Genuine factory replacement.

Quantity
Add to wishlist

  Secure Payment

Secure bank transfer

  Worldwide Delivery

Worldwide tracked shipping

  Warranty & Returns

30-day warranty & returns

Guarantee safe & secure checkout

Product Overview

The SATO R29798000 (cross-referenced with subassembly R37901900) is an authentic 305 DPI (12 dots/mm) thermal printhead assembly engineered for the CL4NX and CL4NX-RFID industrial printer platforms. Covering an active print path of up to 4.09 inches (104 mm), this printhead delivers razor-sharp resolution required for pharmaceutical unit-dose tagging, electronics serialization, and compact DataMatrix symbols on UHF smart labels. Its electrical grounding configuration drains triboelectric charges safely away from sensitive embedded transponders. Routine cleaning with 99% isopropyl alcohol preserves element contact and extends operational lifespan.

Part Information

Product Name SATO CL4NX-RFID Anti-Static Thermal Printhead 305 DPI R29798000
Manufacturer / Brand SATO
OEM Part Number / Reference R29798000
Condition 100% Genuine Original, Brand New, Factory Sealed
Product Status Active OEM Production / Grade A Standard

Technical Specifications

Parameter Technical Value / Specification
Technology Direct Thermal / Thermal Transfer
Resolution / Channels 305 DPI
Print Width / Geometry 4.09 in (104 mm)
Operating Performance High-Speed Jetting Standard
Technical Details & Notes Technology: Direct Thermal / Thermal Transfer; Resolution: 305 DPI (12 dots/mm); Maximum Print Width: 4.09 in (104 mm); Operating Mode: Thermal transfer and direct thermal; Component Type: High-density industrial RFID anti-static thermal printhead assembly

Master Comparison Matrix

Model Variant OEM Reference Technology Primary Application Status
SATO CL4NX-RFID Anti-Static Thermal Printhead 305 DPI R29798000 (CURRENT PRODUCT) R29798000 Direct Thermal / Thermal Transfer Industrial Production Active Genuine

Technical Precision & Operational Advisory

  • Electrostatic Discharge (ESD) Protection: Always wear a grounded anti-static wrist strap during handling to avoid damaging sensitive internal circuitry.
  • Power Isolation Protocols: Complete electrical power-down must be verified prior to disconnecting or reconnecting ribbon cables. Never hot-plug connections.
  • Operational Precision: Disconnect power before beginning replacement. Take full ESD grounding precautions when handling 305 DPI thermal arrays. Verify that all anti-static grounding wires and harness retention tabs are locked into the carriage frame. Clean the printhead with 99% pure isopropyl alcohol before powering on.
  • Certified Technician Requirement: Physical mounting and electrical alignment must be conducted exclusively by trained industrial service personnel.

Compatible Models & Systems

Manufacturer / Brand Verified Compatible Models & Systems
SATO SATO:

Terms, Warranty & Customer Protection:

Pre-Installation Guarantee: 100% brand-new, factory-original product. Each unit is inspected and sealed before shipment. We guarantee authenticity and factory condition upon arrival.

Store Warranty Policy: 30 working days warranty covering manufacturing defects. Warranty claims require complete unboxing video and professional installation video performed by an experienced technician following standard recommended procedures.

Final Sale Conditions: Once the printhead has been exposed to ink or installed into a printer, it is considered used and cannot be returned or exchanged. Please verify compatibility and installation readiness before opening the sealed packaging.

R29798000
159 Items

16 other products in the same category:

We use cookies to improve your browsing experience, analyze website traffic, and ensure our website functions properly. By continuing to use our website, you agree to our use of cookies.