
Epson TM-M10-001 POS Receipt Printer - USB, Ethernet
Maximize Counter Space with Compact POS PrintingIntroducing the Epson TM-M10-001, the industry's smallest POS 2" receipt printer in its class. Designed to save valuable counter space, this printer offers the flexibility to print receipts from virtually any mobile device or desktop PC. Type:...
*Price sourced from Amazon.com. Last updated:Jun 27, 2026.Price and availability are subject to change.
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Overview
Maximize Counter Space with Compact POS Printing
Introducing the Epson TM-M10-001, the industry's smallest POS 2" receipt printer in its class. Designed to save valuable counter space, this printer offers the flexibility to print receipts from virtually any mobile device or desktop PC.
- Type: POS Receipt Printer
- Print Width: 2"
- Connectivity: USB
- Compatibility: Mobile Devices, Desktop PC
- Features: Space-Saving Design, Modular Casing (Top-Load/Front-Load)
Key Features
Package dimensions: 17.4 cms L x 19.4 cms W x 23.9 cms H
Package quantity: 1
Product type: Printer
Country of Origin: China
Specifications
Pros & Cons
👍 Pros
- Offers dual connectivity options with both USB and Ethernet ports for flexible setup.
- Designed as a POS (Point of Sale) receipt printer, catering to specific business needs.
- Features compact package dimensions of 17.4 cm L x 19.4 cm W x 23.9 cm H, allowing for easy placement.
- Manufactured by Epson, a recognized brand in printing technology.
- Comes as a single package quantity, clearly defined for purchase.
👎 Cons
- The printer's country of origin is China, which may be a consideration for some buyers.
- No specific details on print speed, resolution, or paper roll size are provided, making performance assessment difficult.
- Lacks information on advanced features such as auto-cutter, wireless connectivity, or mobile printing support.
- The product type is simply "Printer," without specifying whether it's thermal or impact, limiting understanding of its operation.
- The package dimensions are given, but the actual device dimensions are not, making exact space planning challenging.