BOI Dokutech Click-Plus Ambulant Patient Documentation Folder 2-Ring Blue 3.5 cm DIN A4

The BOI Dokutech Click-Plus Ambulant Patient Documentation Folder is a professional and durable solution for organizing ambulatory patient records. Designed for medical practices, clinics, and hospitals, this folder features a robust 2-ring mechanism and a 3.5 cm spine, providing ample space for up to 250 sheets of 80 gsm paper. Made from high-quality polypropylene (PP), it is wipeable and built to withstand daily use. The Click-Plus mechanism ensures secure closure and easy access to documents. With a standard DIN A4 format and 80 mm ring spacing, it seamlessly integrates into existing filing systems. The opaque blue finish offers a clean, professional appearance.

Advantages

This documentation folder offers several key benefits: durable polypropylene construction resists wear and tear; wipeable surface allows easy cleaning; Click-Plus mechanism provides secure closure and quick access; 2-ring design simplifies page turning and document insertion; 3.5 cm spine accommodates substantial document volume; DIN A4 format ensures compatibility with standard paperwork; blue color aids in color-coded organization.

Suitable for

• Medical practices managing ambulatory patient records
• Clinics requiring organized document storage
• Hospitals needing durable, wipeable folders
• Healthcare professionals seeking efficient filing solutions

Key specifications

• Product Type: Documentation Folder
• Application: Ambulatory Patient Records
• Ring Mechanism: 2-Ring
• Spine Width: 3.5 cm (35 mm)
• Paper Format: DIN A4
• Material: Polypropylene (PP)
• Color: Blue
• Special Feature: Click-Plus Mechanism
• Capacity: Approx. 250 sheets (80 gsm)
• Ring Spacing: 80 mm
• Surface Finish: Opaque, Smooth
• Recyclability: Yes (PP)

Recommendations

For optimal organization, pair this folder with color-coded labels and dividers. The wipeable surface makes it ideal for environments where hygiene is paramount. Ensure the folder is not overfilled to maintain the integrity of the ring mechanism.