DURICO SUPER ULSTAR-1100HD Thermal Paper

Durico SUPER ULSTAR-1100HD thermal paper is a high-density medical printing medium that features accurate and reliable diagnostic imaging. It offers superior contrast, sharp detail, and smooth grayscale reproduction, with the added suitability for ultrasound printers used in hospitals and clinics. Compatible with Sony and Mitsubishi medical printers, this paper ensures stable feeding, clear output, and consistent performance with every print.

Thanks to its advanced high-density coating, this paper presents deep blacks and detailed images, ideal for OB/GYN, cardiology, and general ultrasound diagnostics. Durico’s strict manufacturing standards guarantee uniform quality, enhancing durability and resistance to fading over time.

Store the paper in a cool, dry place, away from heat and humidity for optimum performance. Each roll is individually wrapped to preserve the product and protect the thermal coating. Durico SUPER ULSTAR-1100HD thermal paper is a reliable solution that delivers superior print clarity and durability, ideal for medical facilities.

Part of the Medelem Thermal paper range – medical imaging equipment supplier for Africa, CIS and MENA.

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Additional information

Type of examination

Ultrasound

Manufacturer

Durico

Technology

Thermal paper

Model

Durico SUPER ULSTAR-1100HD

Roll width

110 mm

Roll length

20 m

Surface

Standard

Grade

High density (Sony Type II)

Replaces Sony

UPP-110HD

Replaces Mitsubishi

K65HM

Compatible printers

Sony UP-850, UP-880, UP-870MD, UP-890MD, UP-895MD, UP-895 / UP-897 / UP-898 series; Mitsubishi P-70, P-90, P-91, P93, P95

Product Details

Durico SUPER ULSTAR-1100HD Thermal Paper – Premium High-Density Medical Printing Media

Durico SUPER ULSTAR-1100HD thermal paper is a high-quality, high-density medical printing medium for excellent imaging performance on a broad range of diagnostic devices. Engineered for ultrasound and medical thermal printers, this advanced paper boasts superior clarity, precision grayscale reproduction, and superior durability, making it ideal for healthcare environments that demand consistent and reliable output.
Manufactured using Durico's high-resolution coating technology, Durico SUPER ULSTAR-1100HD thermal paper ensures sharp contrast, fine detail visibility, and resistance to fading. The high-density formulation provides deep blacks with smooth tonal transitions, enabling clinicians to view diagnostic images with confidence. Compatibility with most Sony and Mitsubishi black-and-white ultrasound printers means the paper will easily integrate into existing systems.
This medical-grade thermal paper is produced to exacting, quality-control standards, ensuring uniform thickness, smooth feeding, and jam-free printing in high-volume clinical use. Each roll is individually packaged for protection against dust, moisture, and physical damage during storage and transportation.
Technical Specifications
Type: High-density medical thermal paper
Printer compatibility: Sony UP-110, UP-D895, UP-897 series; Mitsubishi P95 series (& similar thermal ultrasound printers)
Size: 110 mm × 18 m (standard)
Color: Black & white
Coating: High-density thermal imaging layer
Resolution: High contrast, high sharpness
Packaging: Individually wrapped rolls for protection
Storage Conditions
The storage conditions for thermal paper Durico SUPER ULSTAR-1100HD should be cool, dry, and dark to maintain the best printing quality.
Temperature: +5°C to +30°C
Humidity: 30%–60% RH
Avoid exposure to: Heat sources, direct sunlight, high moisture, chemicals, solvents, and pressure.
Improper storage may affect imaging density or cause discoloration of paper.
Applications
Ultrasound diagnostics
Medical imaging departments
OB/GYN
Cardiology
Urology
Clinical documentation and reporting Durico SUPER ULSTAR-1100HD thermal paper combines reliability with consistent print quality and compatibility with leading thermal printers, making it a necessary choice for medical professionals who rely on visual output accuracy. With durability, stability in performance, and clarity that lasts long, it ensures trustworthy imaging results both in routine and advanced clinical applications.