
Sony UPP-110HG Thermal Print Media Video Imaging Paper 10 Rolls
Achieve Superior Medical Imaging with Sony UPP-110HG Thermal Print Media The Sony UPP-110HG high-gloss thermal printing paper is engineered for exceptional performance in medical imaging applications. Compatible with select Sony black and white video printers, this paper delivers sharp, clear, an...
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Overview
Achieve Superior Medical Imaging with Sony UPP-110HG Thermal Print Media
The Sony UPP-110HG high-gloss thermal printing paper is engineered for exceptional performance in medical imaging applications. Compatible with select Sony black and white video printers, this paper delivers sharp, clear, and highly detailed prints, making it ideal for critical medical documentation. Each roll produces up to 240 prints, providing cost-effective and reliable usage. Designed for durability and quality, UPP-110HG ensures medical professionals can trust every print for accurate diagnostic purposes.
Specifications:
- Compatibility: Select Sony Black and White Video Printers (UP-850MD, UP-870MD, UP-895MD series, UP-897MD series, UP-898 series)
- Finish: High-Gloss
- Prints Per Roll: Up to 240
Key Features
High-Quality Prints: Sony UPP-110HG delivers premium, high-gloss prints, making it ideal for ultrasound imaging and other medical documentation that requires clear and precise output.
Wide Compatibility: This thermal paper is compatible with a range of Sony black and white video printers including UP-850MD, UP-870MD, UP-895MD series, UP-897MD series, and UP-898 series.
Cost-Efficient: Each box contains 10 rolls, with each roll capable of producing up to 240 prints, offering significant cost efficiency for medical facilities.
Enhanced Durability: The paper is designed to provide prints that are both high in gloss and resistant to water, ensuring that documents remain sharp and durable over time.
Optimized for Medical Use: Specifically designed for medical use, this paper ensures excellent grayscale reproduction, minimal curling, and enhanced detail clarity which is crucial for diagnostic purposes.