Star
Star mC-Print3 USB Thermal Receipt Printer - MCP31LNH
- SKU:
- STAR MCP31LNH
- UPC:
- 088047265316
- MPN:
- STAR MCP31LNH
- Condition:
- Refurbished
- Availability:
- Should Ship in 3-5 Business Days.
- Shipping:
- Calculated at Checkout
Description
The Star Micronics mC-Print3 (Model: MCP31LNH) is an ultra-compact, front-loading 3-inch thermal POS printer designed to meet the demands of modern retail, hospitality, and cloud-based checkout systems. Combining a chic, minimalist design with blistering performance, this enterprise print hub is 40% smaller than traditional legacy printers. It fits seamlessly into cramped counter spaces, food trucks, and high-volume cash wraps while providing a unified, contemporary aesthetic.
Product Features:
Blazing-Fast Thermal Output: Delivers high-contrast text, graphics, and barcodes at speeds up to 250 mm per second (9.84 inches per second) with crisp 203 dpi resolution, keeping checkout lines moving quickly.
Smart Hybrid Connectivity: Fully equipped with standard USB, Lightning, and LAN (Ethernet) interfaces. This multi-port arrangement makes the hardware highly adaptable to future POS software migrations, from traditional PCs to modern iOS and Android tablet stations.
Advanced CloudPRNT & WebPRNT Integration: Features integrated web-printing technologies that allow direct, driverless receipt generation from cloud-based servers, web browsers, and online ordering applications—ideal for seamless e-commerce and restaurant kitchen management.
Heavy-Duty Kitchen & Splatter Defense: Built with an IPX2-rated splash-proof enclosure and a flat-top, front-exiting paper pathway to protect internal components from kitchen grease, liquid spills, counter debris, and insects.
Patented De-Curl Technology: Employs Star’s unique Print-Flat technology to ensure receipts feed out perfectly straight and flat rather than tightly tightly coiled, improving text readability for customers.
Commercial Grade Auto-Cutter: Features a long-lasting guillotine automatic cutter rated for 2 million cuts (partial cut execution), lowering maintenance overhead and downtime.