Wasp 633809012730 WPL308Plus 300 DPI

Wasp 633809012730 WPL308Plus 300 DPI Label Printer

Overview

The Wasp 633809012730 WPL308Plus is a desktop thermal label printer designed for warehouse, receiving, and pack-station environments where barcode readability and throughput directly affect shipping accuracy. The 300 DPI resolution (12 dots/mm) produces crisp 1D and 2D barcode edges that meet GS1 and ISO print quality standards—critical when label real estate is tight or barcode scanners operate at distances beyond 12 inches. Print speed of 8 ips at 203 DPI, dropping to 6 ips at 300 DPI, sustains high-volume label production without sacrificing symbol contrast or edge definition that failed-scan rework destroys in cost.

Compatibility

The WPL308Plus integrates with warehouse management systems (WMS) and enterprise resource planning (ERP) platforms via USB 2.0, Ethernet (10/100 Mbps), serial (RS-232), and Wi-Fi (802.11 a/b/g/n/ac) connectivity with Bluetooth 4.2 combo capability. Supports both direct thermal and thermal transfer print methods from the same hardware—choose direct thermal for short-term shipping labels (7–30 day lifespan) where cost-per-label dominates, or thermal transfer for moisture-resistant, UV-stable warehouse and outdoor bin tags that survive 6–12 months of handling. The printer accepts roll and die-cut media up to 5 inches OD (127 mm) label capacity and handles print widths to 4.25 inches with label lengths from 0.1 to 1,000 inches, accommodating 2×3 shipping labels through wide pallet tags.

Installation Notes

External universal power supply delivers 90W at 24V DC (input 100–240V AC, 2.5A, 50–60Hz). Dimensions: 8.90 inches W × 7.80 inches H × 13.07 inches D; weight 8.27 lbs. The color LCD display (3.5 inches) and clamshell media access reduce field training time. Memory: 128 MB Flash + 128 MB SDRAM with microSD card reader for up to 32 GB expansion—stores fonts, graphics, and label templates without network dependency. Black mark and gap sensors automatically detect label boundaries; transmissive and reflective modes support both coated and uncoated media stocks.