Hollow-core fiber optic fusion splicer in stock

High-precision core alignment fusion splicers, suitable for hollow-core fibers, are available from multiple suppliers including Fujikura, Holight Optic, and Laser Components.

Recommended Splicers for Hollow-

Core Fibers1. Fujikura Fusion Splicers Fujikura offers advanced core alignment splicers such as the 100S and 45S, which provide precise core alignment and automation for single-fiber and multi-fiber applications. Their splicers are rugged, reliable, and suitable for field or laboratory use, with support for specialty fibers including hollow-core types through their Profile Alignment System (PAS) technology.

Fujikura also provides comprehensive aftersales support and spare parts ordering. 2. Holight Optic K5 Fusion Splicer The K5 6-Motor Core-Alignment Fusion Splicer is designed for high-efficiency splicing in challenging environments.

It features a 6-motor core positioning system, integrated VFL and OPM for continuity and power checks, and is compatible with mixed fiber types including specialty fibers like hollow-core fibers. Its battery-driven workflow and environmental resilience make it ideal for field deployments. 3.

Laser Components Fiber Optic Splicers Laser Components offers three-axis and V-groove splicers suitable for single-mode, multimode, and multi-core fibers. Their portfolio includes devices capable of handling large-core fibers up to 1. 2 mm using plasma-supported, non-contact ring-of-fire technology, which is particularly effective for hollow-core fiber splicing.

These splicers are suitable for laboratory, production, and field applications.

Purchasing and Availability

Fujikura Europe: Orders can be placed through their European distributor network, with spares and service support available online. Holight Optic: The K5 splicer is listed for purchase online, typically in stock for immediate shipment. Laser Components: Offers direct sales and consultation for specialized splicing solutions, including hollow-core fibers.

Key Considerations

Fiber Compatibility: Ensure the splicer supports hollow-core fiber diameters and cladding types. Alignment Technology: Core alignment or PAS alignment is recommended for minimal splice loss. Environmental Conditions: For field use, consider battery life, temperature tolerance, and portability.

Integrated Testing: Splicers with built-in VFL and OPM simplify verification of continuity and splice quality. For immediate procurement, contacting Holight Optic for the K5 or Fujikura distributors is recommended, as these suppliers maintain stock and provide technical support for hollow-core fiber applications.