The early detection of a malfunctioning fiber makes it possible to react quickly to avoid damage. In addition to fiber malfunction, attempted wiretapping should also be detected and reported.

Core-aligned and cladding-aligned optical fiber splicing is carried out using three-axis splicers.

Three-axis core-aligning splicers used in the laboratory and production are suited for fibers with a diameter of up to 1200 µm as well as for polarization-maintaining (PM) fibers.

Thermal strippers with adjustable temperature and time settings.

Thermal strippers with adjustable temperature and time settings.

Stable LED light source (660 nm/850 nm) and measuring device for determining power and attenuation of HCS and POF fibers.

Suitable measurement technology can be found here for rapidly increasing MTP/MPO cabling structures in data centers and the enterprise field.

Automatic fiber stripping units for window stripping and end stripping - no cleaning or stripping chemicals required.

Automatic fiber stripping units for window stripping and end stripping - no cleaning or stripping chemicals required.

The OP1100 discontinuity analyzer is an autonomous fiber optic test system for detecting and recording fiber optic breaks.

Symmetrical photodetectors are required to measure differential optical signals in fiber-optic sensor systems and systems for optical coherence tomography (OCT).

Benchtop microscopes featuring automated inspection and analysis software