S183PMII ver.2 / S184PM-SLDF ver.2 S183PMII ver.2 Fusion Splicer S184PM-SLDF ver.2 Fusion Splicer
S183PMII ver.2 / S184PM-SLDF ver.2 S183PMII ver.2 Fusion Splicer S184PM-SLDF ver.2 Fusion Splicer
Features of Version 2
The advanced features of the S183PMII and S184PM-SLDF allow you to splice today’s and tomorrow’s most exotic fiber types. Whether performing high-strength splices, splicing small cladding fibers (80 μm), large cladding fibers (S183PMII: 500 μm, S184PM-SLDF: 1200 μm), PM fibers or erbium doped fibers, the S183PMII or S184PM-SLDF is the splicer for your high-end application.
S183PMII and S184PM-SLDF automatically adjust for different fiber coating and cladding sizes. There is no need to exchange v-grooves or fiber clamps. In addition, the S183PM II and S184PM-SLDF have been designed so that the user simply loads the fiber and closes the lid to begin the splice process. There is no need to lower or set fiber clamps before starting to splice.
S183PMII and S184PM-SLDF automatically perform a tensile proof test on the fiber and releases the holder lid to avoid twisting the fiber after the splice. This automation eliminates the need for the user to manually open and reset the splicer after each fusion splice.
S183PMII ver.2 and S184PM-SLDF ver.2 are designed especially for the demanding OEM, R&D, production and other special applications in the optical components industry
The S184PM-SLDF ver.2 Fusion Splicer has three electrodes instead of the standard two electrodes. This groundbreaking technology makes the plasma field (temperature field) wider, adjustable and realizes splicing super large diameter fiber.
New PANDA fiber is analyzed and the optimum program for rotational adjustment is automatically created. Unknown PANDA fiber can be easily spliced.
This function adjusts the parameters automatically based on the setting fibers, and achieves accurate splicing with dissimilar core diameter splicing. If there is no fusion program, this function is useful for any combination of fibers with dissimilar core diameters.
The new design uses intuitive operation to control motors. With many support tools (such as alignment and Automatic rotational adjustment), a complex fiber can be spliced effortlessly by Manual splicing.
“SmartFuse” has many functions: Export images, splice data and existing splice programs. Modify and import (to the splicer) new splice programs. Connect the splicer to feedback measurement instruments.
Features of Version 2
The advanced features of the S183PMII and S184PM-SLDF allow you to splice today’s and tomorrow’s most exotic fiber types. Whether performing high-strength splices, splicing small cladding fibers (80 μm), large cladding fibers (S183PMII: 500 μm, S184PM-SLDF: 1200 μm), PM fibers or erbium doped fibers, the S183PMII or S184PM-SLDF is the splicer for your high-end application.
S183PMII and S184PM-SLDF automatically adjust for different fiber coating and cladding sizes. There is no need to exchange v-grooves or fiber clamps. In addition, the S183PM II and S184PM-SLDF have been designed so that the user simply loads the fiber and closes the lid to begin the splice process. There is no need to lower or set fiber clamps before starting to splice.
S183PMII and S184PM-SLDF automatically perform a tensile proof test on the fiber and releases the holder lid to avoid twisting the fiber after the splice. This automation eliminates the need for the user to manually open and reset the splicer after each fusion splice.
S183PMII ver.2 and S184PM-SLDF ver.2 are designed especially for the demanding OEM, R&D, production and other special applications in the optical components industry
The S184PM-SLDF ver.2 Fusion Splicer has three electrodes instead of the standard two electrodes. This groundbreaking technology makes the plasma field (temperature field) wider, adjustable and realizes splicing super large diameter fiber.
New PANDA fiber is analyzed and the optimum program for rotational adjustment is automatically created. Unknown PANDA fiber can be easily spliced.
This function adjusts the parameters automatically based on the setting fibers, and achieves accurate splicing with dissimilar core diameter splicing. If there is no fusion program, this function is useful for any combination of fibers with dissimilar core diameters.
The new design uses intuitive operation to control motors. With many support tools (such as alignment and Automatic rotational adjustment), a complex fiber can be spliced effortlessly by Manual splicing.
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