Epson LQ-350 24-Pin Dot Matrix Printer, 347 cps, USB/Parallel/Serial

Epson LQ-350

The Epson LQ-350 Printer represents a significant advancement in compact 24-pin impact technology. This device offers exceptional reliability for environments requiring continuous stationery and multi-part forms. It features a robust design capable of handling high-volume documentation in logistics, retail, and administrative sectors. The internal architecture provides a mean time between failure (MTBF) of 10,000 operating hours. Consequently, it minimizes maintenance overhead for IT departments. The unit supports versatile connectivity through integrated Parallel, Serial, and USB ports. This ensures compatibility with both legacy systems and modern workstations. Its energy-efficient design complies with ENERGY STAR standards to reduce operational costs.

Key Features

• High-Speed Throughput
  The mechanism delivers up to 347 characters per second in 10 cpi high-speed draft mode.

• Multi-Interface Integration
  Standard configuration includes Parallel, Serial, and USB 2.0 Type B interfaces for flexible system deployment.

• Form Handling Capability
  The printer manages multi-part stationery consisting of one original and three carbon copies effectively.

• Energy Efficient Operation
  This hardware utilizes only 1.3W in sleep mode and 23W during active printing cycles.

Specifications

What’s in the Box

• Epson LQ-350 Impact Printer
• Ribbon Cartridge (Black)
• Driver and Utilities CD
• Setup Guide and Power Cable

Why Choose this Impact Printer

• Enhanced Hardware Durability: The system utilizes a 24-pin print head designed for 400 million strokes per wire.
• Economical Ribbon Usage: Each ribbon cartridge yields approximately 2.5 million characters to lower per-page costs.
• Flexible Media Management: It supports cut sheets, continuous paper, and envelopes via top or rear paths.
• Efficient Data Buffering: The 128KB input buffer manages data flow effectively to prevent print pauses.
• Compact Chassis Design: The engineering team minimized the external dimensions for space-constrained environments.