Discover the GIMA Xenon Visio 2000 fiber optic otoscope - 3.5V, a professional diagnostic set designed to deliver superior performance and an unparalleled user experience. This otoscope is ideal for doctors, ENT specialists, and healthcare professionals looking for a reliable, high-quality instrument for otological examinations.

Main Features

• Advanced Illumination: Equipped with a 2.5V halogen/xenon fiber optic lighting system, it ensures optimal visibility during diagnostic procedures.


• Intensity Adjustment: The integrated rheostat allows you to adjust the light intensity, adapting to different clinical needs.


• Durable Design: Made of impact-resistant reinforced plastic, this otoscope is designed for hospital use and to withstand demanding working conditions.


• Efficient Power Supply: Powered by rechargeable Li-ion batteries, it offers excellent battery life and ease of use.


• Included Case: Supplied in a sturdy hard plastic case, ideal for transporting and protecting the instrument.

Set Components

The set includes everything needed for immediate use:

• F.O. otoscope head


• Battery handle with bayonet fitting


• 1 set of 5 reusable specula (2.5, 3.5, 4.5, 5.5 & 9.0 mm)


• Tube of 14 disposable specula (2.5 & 4.0 mm)

Advantages of the Xenon F.O. Otoscope

• Adjustable Lens: The adjustable 3X magnifying lens provides a clear, glare-free image, facilitating accurate diagnoses.


• Bright LED Illumination: The very bright LED light ensures excellent visibility, even in low-light conditions.


• Locking System: The simple, long-lasting locking system ensures safe, trouble-free use.

Required Accessories

For optimal operation, a rechargeable Li-ion battery (31541) and a charger (31542) are required; they are not included in the set.

Conclusion

Investing in the GIMA Xenon Visio 2000 fiber optic otoscope - 3.5V means choosing a high-quality product designed to meet the needs of healthcare professionals. With its advanced features and robust design, this otoscope is an excellent choice for those seeking precision and reliability in their diagnostic instruments.