Ultra-Speed DF-42 #3 Bite-Wing X-Ray Film – Carestream

Specifications:

• Manufacturer Code: 129 6771
• Brand: Ultra-Speed DF-42
• Type: Bite-Wing Dental X-Ray Film
• Size: #3
• Speed: Ultra-Speed DF-42
• Packet Type: Paper
• Packet Contents: 1-Film Packet
• Packaging: Box of 100

Ultra-Speed DF-42 is a reliable bite-wing dental X-ray film designed for consistent, high-quality diagnostic imaging of interproximal and crestal bone structures. The DF-42 emulsion delivers sharp image detail and contrast, supporting accurate detection of interproximal caries, marginal bone levels, and restorative fit across routine bite-wing examinations. Each film is enclosed in a 1-film paper packet, providing a traditional, cost-effective packaging format compatible with standard intraoral bite-wing techniques. The #3 size offers a longer format well-suited for capturing multiple posterior teeth in a single exposure, improving efficiency in adult bite-wing surveys. The box of 100 packets supports consistent clinical supply for everyday dental practice workflows.

Key Features:

• Ultra-Speed DF-42 Emulsion: Delivers sharp image resolution and reliable diagnostic contrast for accurate visualization of interproximal caries, crestal bone levels, and restorative margins across routine bite-wing radiographic examinations.
• #3 Bite-Wing Size: Longer film format captures a wider posterior field in a single exposure, making it well-suited for adult bite-wing surveys requiring coverage of multiple posterior teeth simultaneously.
• Paper Packet Design: Traditional paper packet construction provides a familiar, cost-effective packaging format compatible with standard intraoral bite-wing positioning techniques and film handling protocols.
• 1-Film Packet Design: Each packet contains a single film, supporting straightforward processing and efficient workflow management for routine bite-wing radiographic procedures.
• Box of 100: Provides a reliable, practice-ready supply to support consistent radiographic workflows across multiple operatories while reducing reordering frequency in clinical environments.