Multimode optical fiber splicing machine manufacturer

Leading manufacturers of multimode optical fiber splicing machines include GAOTek, Fujikura, LASER COMPONENTS Germany, and Fiber Instrument Sales, offering high-precision fusion splicers for various applications.

Key Manufacturers and Products

GAOTek offers a Core Alignment Fusion Splicer designed for multimode fibers with cladding diameters from 50 µm to 150 µm. It features a 6-second splice time, 1.96N tension test, and high-speed image processing for automatic splicing. The device is lightweight, portable, and suitable for telecommunications, railways, petrochemical, military, and research applications . Fujikura Ltd. provides a wide range of fusion splicers for multimode and single-mode fibers, including core alignment and cladding alignment splicers. Their machines support specialized fibers such as polarization-maintaining (PANDA), thin-diameter, large-diameter, and multi-core fibers. Fujikura also offers mass fusion splicers for 4-core and 16-core applications, ideal for FTTH installations and data center construction . LASER COMPONENTS Germany supplies three-axis and V-groove splicers suitable for multimode, single-mode, and multicore fibers. Their devices are designed for field, laboratory, and production use, with advanced alignment technologies and plasma-supported non-contact splicing for large-core fibers up to 1.2 mm . Fiber Instrument Sales distributes a variety of fiber optic fusion splicers and accessories, including cleavers, splice-on connectors, and mechanical splices. They provide solutions for multimode fiber splicing in both field and laboratory environments .

Considerations for Choosing a Multimode Splicing Machine

• Alignment Technology: Core alignment splicers offer higher precision and lower splice loss compared to cladding alignment models.
• Portability: Lightweight and battery-operated splicers are ideal for fieldwork.
• Splice Speed: Machines with faster splice times (e.g., 6–10 seconds) improve efficiency for large projects.
• Fiber Compatibility: Ensure the splicer supports the cladding diameter and type of multimode fiber you plan to use.
• Additional Features: Tension testing, automatic arc calibration, and Bluetooth connectivity can enhance reliability and ease of use. These manufacturers provide robust solutions for multimode fiber splicing across telecommunications, research, and industrial applications, ensuring high-quality, low-loss connections.