GDC X-Ray Film Hanger For 6 Films (AFH6)
GDC X-Ray Film Hanger For 6 Films (AFH6)
The GDC X-Ray Film Hanger for 6 Films (AFH6) is an essential accessory for dental X-ray film development. Constructed from high-quality stainless steel, this durable hanger is designed to hold up to 6 X-ray films simultaneously, ensuring efficient and consistent processing. The sturdy clips provide a secure grip on the films, preventing slippage and overlap during exposure, development, and drying. Its reusable nature makes it a cost-effective and environmentally friendly choice for dental practices. The silver finish offers a professional appearance, and its compact design maximizes space in the development area. With its robust build and economic benefits, the GDC X-Ray Film Hanger AFH6 is a reliable and long-lasting tool for any dental X-ray development setup.
Features
Features
- Better grip
- Durable
- Economic
- Long-lasting
- Can hold 6 films at a time.
Description
Description
Specification
Specification
- Name: X-Ray Film Hanger
- Type: Accessories
- Color: Silver
- Category: Dental X-Ray
- Material: Stainless Steel
- Disposable / Reusable: Reusable
Packaging
Packaging
- 1 x GDC X-Ray Film Hanger
Direction to use
Direction to use
- Preparation:
- Loading the Films:
- Exposure:
- Development:
- Rinsing:
- Drying:
- Storage:
- Maintenance:
Additional info
Additional info
- Country Of Origin: India
- Manufacturer: GDC Fine Crafted Dental Pvt. Ltd.
Warranty
Warranty
- 6 Months warranty against rust.
Product Related Questions
Product Related Questions
Question: How does the GDC X-Ray Film Hanger For 6 Films (AFH6) alignment?
Answer: Its clips and design ensure that films are held parallel and flat, crucial for accurate imaging.
Question: How durable is the GDC X-Ray Film Hanger For 6 Films (AFH6)?
Answer: Made from high-quality stainless steel, it's built to last and resist wear over time.
Question: What makes the GDC X-Ray Film Hanger For 6 Films (AFH6) better?
Answer: Its design ensures a firm hold on films, preventing slippage and misalignment during processing.