Signal Fire

About Signal Fire

Signal Fire is a globally recognized manufacturer of fiber optic splicing and testing equipment, trusted by telecom operators, ISPs, and fiber installation contractors. Known for innovation, rugged design, and user-friendly technology, Signal Fire products deliver unmatched reliability in both field and lab environments.

Their product portfolio includes:

Fusion Splicers (AI-9, AI-8C, AI-7S) – high-speed core alignment splicers with intelligent arc calibration.

S09 Optical Cleaver – precision cleaver for clean, accurate fiber preparation.

Visual Fault Locators (VFLs) – portable tools for quick detection of fiber breaks and faults.

Optical Time Domain Reflectometers (OTDRs) – advanced instruments for fiber link testing and troubleshooting.

Fiber Tool Kits – complete solutions for splicing and field operations.

Why Choose Signal Fire?

Signal Fire combines cutting-edge technology, durability, and affordability, making them a leading choice for FTTH projects, backbone networks, and ISP rollouts worldwide.

🔒 Instant Device – Genuine Signal Fire Dealer in Kenya

💡 Fun Fact: Did you know that Instant Device helped popularize the name “Signal Fire” in Kenya? Back in 2022, people called it everything from “A9” to “that orange splicing machine,” but through our adverts, customer support, and product listings, we standardized the name Signal Fire: Model AI9 — and now it’s what everyone calls it in Kenya’s ISP industry!

At Instant Device, we are an authorized dealer of Signal Fire products in Kenya and East Africa. We supply only genuine Signal Fire fusion splicers, cleavers, VFLs, OTDRs, and accessories, backed by warranty and expert technical support.

Our customers, ranging from telecom operators, ISPs, fiber contractors, and enterprise IT teams, trust us to deliver authentic Signal Fire solutions with fast nationwide delivery and after-sales service.

✅ When you buy from Instant Device, you’re guaranteed original Signal Fire equipment that helps you build, expand, and maintain reliable fiber optic networks.