Product Details
Medical Dry Film for Agfa Drystar – High-Resolution DT2B Imaging Solution
Product Description:
The Agfa DT2B is a premium direct-digital dry imaging film designed for use with the Agfa Drystar series printers, including DRYSTAR 5302, DRYSTAR 5500, and DRYSTAR AXYS. Designed to deliver superior quality images with crisp contrast, this thermal-sensitive film is ideal for printing diagnostic images for radiology, CT, MRI, and other medical imaging procedures.
Key Features:
Outstanding Image Quality: Produces sharp, high-resolution grayscale images with good contrast and density consistency for precise diagnosis.
Dry Imaging Technology: Does not require wet processing chemicals, which saves on operating costs and is more environmentally friendly.
Scratch-Resistant and Anti-Static: Provides smooth transport through the printer and durable image integrity.
Consistent Performance: Specially designed and optimized for Agfa Drystar printer use, delivering consistent and dependable output. Long Shelf Life: Stable film formulation with long storage life when stored under recommended conditions.
Applications:
Digital Radiography
Computed Tomography (CT)
Magnetic Resonance Imaging (MRI)
Ultrasound and Nuclear Medicine
PACS Output Hard Copy Storage
Technical Specifications:
Model: Drystar DT2B
Film Type: Blue Base Dry Imaging Film
Compatible Printers: Agfa Drystar 5302, 5500, AXYS, and other DT2B-compatible models
Base Material: Blue polyester base
Sizes Available: 8″×10″, 10″×12″, 11″×14″, 14″×17″ (custom sizes may vary by supplier)
Packaging: Typically in boxes of 100 sheets (size and distributor dependent)
Storage Conditions: Store in a cool, dry place, away from direct sunlight (recommended: 10–25°C / 50–77°F, RH 30–50%)
Why Choose Agfa Drystar DT2B?
Depended upon by hospitals and imaging centers globally, Agfa Drystar DT2B provides unsurpassed reliability and image quality. Dry technology simplifies workflow, reduces maintenance, and minimizes environmental footprint—making it the smart choice for today’s diagnostic imaging needs.
