PRODUCT DESCRIPTION

The Fibernet OPERA is a high-performance fibre blowing machine built for speed, precision, and protection. Designed to handle fibre optic cables from 4 mm to 16 mm in diameter and duct sizes from 7 mm to 50 mm (with adapter), the OPERA is ideal for long-distance installations in telecom networks, data centres, and large-scale infrastructure projects.

Compact yet powerful, the OPERA delivers up to 900 N of pushing force and offers a maximum laying speed of 110 m/min, making it an excellent choice for demanding environments where speed and reliability are essential.

Key Features:

• - Wide Cable & Duct Compatibility: Supports cables from 4 to 16 mm and ducts from 7 to 50 mm (16+ mm via external adapter).

• - Precision Blowing with Built-in Safety: An automatic cable protection system monitors key parameters and halts operation instantly if limits are exceeded, preventing damage during installation.

• - Real-Time Monitoring & Control: The integrated multifunction display provides live feedback on distance, speed, pressure, and thrust – putting you in full control at all times.

• - Transformable Carry Case: The robust transport case converts into a stable on-site workstation, making it easy to move and operate from virtually any location.

• - Reverse Function & Secondary Air Inlet: Quickly clear ducts or release stuck cables using the built-in reverse airflow mode and secondary air outlet.

• - Belt-Driven Cable Handling System: A durable double-belt system offers smooth, secure handling with adjustable clamping force up to 3200 N.

• - Digital Reporting App:  Compatible with a dedicated mobile app (available in English, German, and Italian) that automatically records blowing sessions, enabling you to generate detailed PDF reports, monitor installation data, and ensure job traceability.

• - Reverse function for clearing ducts or removing stuck cables.

Compact & Portable:
The OPERA fits into a 70x50x80 cm transport case and weighs only 25 kg.

Compressor requirement: 1000 l/min at 15 bar minimum.