Seiko SLP650 image

Seiko SLP650

Quick information
Brand Seiko 2013
Model SLP650
Released Year 2013
Type Printers
Printing Technology Direct Thermal
Item Weight 2.55 pounds
Product Dimensions 1 x 1 x 1 inches
Status Discontinued
Quick view

Overview

The Seiko SLP650 is a thermal label printer designed for office electronics use, primarily focused on efficient and high-quality label printing. It employs direct thermal printing technology, which eliminates the need for ink or toner cartridges, making it a low-maintenance device. With a resolution of 203 dpi, it is capable of producing sharp and clear barcodes, text, and graphics on various label sizes. The printer supports a moderate print speed optimized for typical office and retail applications.

Connectivity options include standard parallel ports and optionally serial interfaces, allowing integration with a wide range of computer systems. The device is equipped with an internal ROM for font and barcode storage, facilitating quick and customizable label printing. Its compact and robust design makes it suitable for desktop use in constrained office environments.

Specifications

Device Type Thermal Label Printer
Printing Technology Direct Thermal
Print Resolution 203 dpi
Print Speed Up to 2 inches per second
Connectivity Parallel port (standard), Serial port (optional)
Label Width 25 mm to 112 mm
Memory Embedded ROM for fonts and barcodes
Power Supply External power adapter
Dimensions Approximately 200 x 150 x 150 mm
Weight About 2.5 kg
Display Status LED indicators
Operating Systems Supported Compatible with Windows 95/98/NT and some DOS-based systems
Dual-sided printing Yes
Hardware Interface USB
Control Method App
Output sheet capacity 50
Total USB Ports 1
UPC 044111250596 044113181461 020963853239
Global Trade Identification Number 00020963853239
Memory Storage Capacity 64 MB
Manufacturer SEIKO
Item Weight 2.55 pounds
Product Dimensions 1 x 1 x 1 inches
Item model number SLP650
Is Discontinued By Manufacturer No
Manufacturer Part Number SLP650
Date First Available May 31, 2013

Key Advantages

The SLP650 offers reliable and maintenance-friendly thermal printing, eliminating the need for consumable ribbons and cartridges. Its built-in font and barcode storage reduce the need for frequent data transmission, speeding up the printing process. The device is compatible with multiple label widths, providing flexibility for a variety of labeling tasks. It supports standard connectivity options facilitating easy integration into existing office setups. The compact footprint of the printer saves desk space while maintaining durability for long operational life. Its straightforward user interface enables quick setup and ease of use for non-technical staff.

Limitations

One key limitation is the relatively low print resolution of 203 dpi, which may not satisfy requirements for fine detailed graphics or very small labels. The print speed is moderate, so it may not be suitable for high-volume industrial labeling tasks. Connectivity options are somewhat limited compared to modern printers, lacking USB or network ports by default. The thermal printing process is sensitive to environmental conditions such as heat or moisture, which can affect label longevity. Replacement parts and specialized labels may be harder to source due to the device's age and discontinued status. Lastly, the device lacks advanced features like color printing or wireless support found in newer models.

Disclaimer

The content on is provided for general informational purposes only. We do not guarantee the accuracy, completeness, or reliability of any information, specifications, or visuals presented on the site.

is not responsible for any content, images, or data uploaded or shared by users. Users are solely responsible for the content they submit.

We may include links to third-party websites for convenience. We do not endorse or take responsibility for the content or policies of any external sites.

Use of the site is at your own risk. Always verify critical information independently before making decisions based on content from this website.