SATO CL6NX Plus 305dpi Industrial Thermal Transfer Printer – WWCLPB001-WAN
The SATO WWCLPB001-WAN is a robust CL6NX Plus series industrial thermal transfer printer engineered for high-volume enterprise label production. With 305 dpi resolution and 14 ips print speed, this printer delivers sharp, reliable output for demanding logistics, manufacturing, and warehouse environments. Featuring dual-mode printing (direct thermal and thermal transfer), extensive memory (2 GB Flash, 256 MB SDRAM), and intuitive 3.5" full-color LCD touchscreen controls, the CL6NX Plus combines industrial durability with user-friendly operation.
Key Features
- 305 dpi resolution for crisp barcode, text, and graphics output
- 14 ips print speed with 4.09" maximum print width
- Direct thermal and thermal transfer dual-mode printing for media flexibility
- 2 GB Flash and 256 MB SDRAM with 100 MB user storage for fonts and forms
- 3.5" full-color LCD touchscreen for intuitive operation and diagnostics
- Tool-free printhead and platen roller replacement to minimize downtime
- Die-cast aluminum frame with corrosion-resistant metal housing
- Multiple connectivity options: Ethernet, Wi-Fi, and USB 2.0
- Supports media rolls up to 8.6" outer diameter and ribbons up to 1,968 ft
- Wide media width range: 4.09" to 6.59" on 3" cores
- Operating temperature range: 41°F to 104°F
- Universal AC power input: 100-240V, 50/60Hz
Technical Highlights
The CL6NX Plus delivers industrial-grade performance with intelligent thermal management and reliable duplexing. The dual-mode printing architecture eliminates the need for separate equipment investments—switch between direct thermal and thermal transfer modes based on label material and durability requirements. The 14 ips speed combined with 305 dpi resolution ensures both productivity and quality without compromise.
Connectivity is comprehensive: Ethernet for network integration, Wi-Fi for flexible placement, and USB 2.0 for direct computer connections. The printer's 2 GB Flash memory accommodates extensive font libraries and custom label templates, while 100 MB of user-accessible storage provides practical capacity for enterprise deployments. The 3.5" touchscreen simplifies configuration, monitoring, and troubleshooting without external tools or software.
Serviceability is built in—tool-free access to critical components like the printhead and platen roller reduces maintenance time and training requirements. The die-cast aluminum construction with corrosion-resistant metal housing ensures longevity in harsh industrial settings, from shipping docks to manufacturing floors.
Typical Applications
- High-volume shipping, parcel, and logistics label production
- Manufacturing product identification and serialization
- Warehouse inventory, routing, and bin labeling
- Compliance and regulatory labeling (GHS, pharmaceutical, food)
- Asset tracking and management labels
- Variable data printing for personalized or dynamic labels
The CL6NX Plus strikes a practical balance between capability and maintainability. At 305 dpi, it exceeds requirements for standard barcode and alphanumeric labeling, yet the 14 ips speed keeps throughput realistic for mid-to-high volume operations. The dual-mode design is particularly valuable in environments where label requirements vary—shipping labels may use thermal transfer for durability, while internal warehouse tags use economical direct thermal media.
The inclusion of Wi-Fi alongside Ethernet and USB provides deployment flexibility without requiring proprietary network infrastructure. The 3.5" touchscreen is a significant operational advantage in environments where staff rotate frequently or where label design changes must happen on the shop floor. Tool-free maintenance directly reduces total cost of ownership by cutting service calls and downtime.
For organizations evaluating this class of printer, consider your media width requirements carefully—the 4.09" maximum print width suits most shipping and logistics labels but may be limiting for wider product or compliance labels. The 8.6" roll diameter capacity is practical for standard supply chains without excessive changeover frequency.
Product Documentation
