SATO CL4NX Plus 609dpi UHF RFID Industrial - WWCLP3C01-WAR
The SATO WWCLP3C01-WAR is a high-performance industrial thermal transfer printer engineered for enterprise-grade RFID label production and asset tracking applications. Combining 609 dpi resolution with integrated UHF RFID encoding (860-960 MHz, EPC C1G2 standard), this printer delivers both exceptional print quality and reliable tag encoding in a compact, production-ready form factor. The CL4NX Plus series is purpose-built for supply chain visibility, inventory management, and item-level tracking workflows that demand precision and speed.
Key Features
- 609 dpi resolution with 14 ips print speed for sharp barcodes, text, and graphics
- Integrated UHF RFID encoding with SATO RF Analyze auto-antenna optimization
- 4.09" maximum print width; supports media rolls up to 10" outer diameter
- Dual thermal printing methods: Direct Thermal and Thermal Transfer
- 2 GB Flash memory, 256 MB SDRAM, 100 MB user storage for forms and fonts
- 3.5" Full-Color LCD touchscreen for intuitive operation and diagnostics
- Tool-free printhead and platen roller replacement to minimize maintenance downtime
- Multi-protocol connectivity: Ethernet, Wi-Fi, USB 2.0
- Media width range: 0.87" to 5.04" on 1" or 3" cores
- Ribbon capacity up to 1,968 ft (600 m) for extended production runs
Technical Specifications
Print Performance: 609 dpi resolution at 14 inches per second supports high-density barcode and micro-text applications. Flexible media handling accommodates standard and custom label formats from 0.87" to 5.04" wide.
RFID Capabilities: UHF encoding at 860-960 MHz with EPC C1G2 compliance enables reliable tag programming across diverse inlay types. SATO RF Analyze automatically optimizes antenna performance for consistent encoding success, reducing manual configuration and troubleshooting.
Memory & Storage: 2 GB Flash and 256 MB SDRAM provide sufficient capacity for complex label designs, stored forms, and font libraries. 100 MB user-accessible storage allows on-device form and asset management.
Connectivity & Control: Ethernet, Wi-Fi, and USB connectivity integrate seamlessly into networked production environments. The 3.5" Full-Color LCD provides real-time status monitoring, job queuing, and configuration without external terminals.
Physical Design: Rigid cast aluminum frame with corrosion-resistant materials ensures durability in warehouse and manufacturing environments. Compact footprint (10.66" x 17.99" x 12.63") fits standard workbenches. AC 100-240V universal power supply; operating range 5°C to 40°C.
Applications
- UHF RFID tag encoding and on-demand verification for asset tracking and inventory control
- Smart label production for supply chain logistics and warehouse management
- Manufacturing item-level RFID tracking for work-in-progress and finished goods
- Compliance labeling with integrated barcode and RFID encoding for retail and healthcare
- Returnable asset management with durable label production
Ted PerryPerspective based on aggregated and affiliated engineering team experience.
The SATO CL4NX Plus stands out for its integrated RFID encoding without requiring external encode modules, reducing hardware footprint and operational complexity. The 609 dpi resolution enables small-format barcodes and detailed graphics—critical for dense SKU environments. SATO RF Analyze is a significant advantage over competitor models; it dynamically adjusts antenna tuning based on inlay performance, eliminating the trial-and-error typical in RFID production.
The dual thermal method (Direct and Transfer) offers flexibility for both temporary and permanent labeling scenarios. Tool-free maintenance design minimizes production stoppages, reducing total cost of ownership. Ideal for organizations scaling RFID adoption without dedicated IT infrastructure, the Wi-Fi and Ethernet connectivity integrates with warehouse management systems and cloud-based inventory platforms.
The 14 ips speed balances throughput for mid-to-high volume production without sacrificing print quality.
Product Documentation
