Fiber optic splicer OPTIX Splicer Pro 58165 with automatic calibration

OPTIX Splicer Pro 58165 with automatic calibration is a precision fusion splicer engineered for reliable fiber optic jointing in single-mode and multimode networks. The unit combines a compact, field-ready design with automated alignment and calibration routines to reduce setup time and deliver repeatable splice results. It is suitable for use both in outdoor installation environments and in workshop settings where consistent splice quality is required.

Advantages

The splicer offers automatic calibration to maintain optimal electrode alignment and minimize manual adjustments. Built for accuracy, it provides consistent fusion performance that reduces the need for rework and lowers downtime. Its design balances portability and robustness, enabling technicians to perform splicing tasks on site while benefiting from stable operation and straightforward controls.

Suitable for

• Field installation and repairs of single-mode fiber networks
• Splicing multimode fibers in data center or campus environments
• Workshop or bench testing where repeated, consistent splices are required
• Telecommunications, FTTH, and enterprise cabling maintenance

Key specifications

• Fusion splicing capability for single-mode and multimode fibers
• Automatic calibration system for electrode and alignment optimization
• Compact, portable housing suitable for field use
• User-friendly controls designed for technician operation
• Stable fusion performance for consistent splice quality

How to use

Prepare fiber ends by stripping, cleaning, and cleaving to the recommended lengths. Place the prepared fibers into the clamps and initiate the automatic calibration sequence; the unit will adjust alignment parameters before splicing. Start the fusion cycle and monitor the progress via the splicer interface. After splicing, perform an inspection and, if required, apply a protective sleeve to the joint for mechanical protection.

Usage recommendations

Use recommended cleaving and cleaning tools to ensure low-loss splices, allow the splicer to complete its automatic calibration before each splicing session, and protect completed splices with appropriate heat-shrink sleeves or splice protectors for long-term reliability.