An optical cable production line is a complex system in which multiple units work in coordination. Even with well-designed equipment and proper installation, various anomalies can still occur during c

When purchasing an optical cable stranding line, buyers typically focus on obvious metrics such as production capacity, price, and delivery time. However, in actual production, some easily overlooked

Recently, I reviewed data released by CRU (Commodity Research Unit): global optical cable shipments are expected to reach 690 million fiber-km in 2025, an annual increase of 8.3%, with growth exceedin

Vietnam is becoming one of the fastest-growing optical cable manufacturing markets in Southeast Asia, driven by FTTH deployment, 5G network expansion, and increasing investment in digital infrastructu

Building an optical cable production line is not simply stacking equipment. Behind the process—from factory layout design, equipment manufacturing, joint commissioning, to finally producing the first

Optical cable quality depends not only on fiber performance but also on process control during cabling and sheathing production. Poor tension control, unstable stranding pitch, and inconsistent sheath

SZ stranding is one of the most important processes in optical cable manufacturing because it directly affects cable quality, tensile performance, bending performance, and production stability. Based

Optical cable manufacturers often face challenges such as unstable stranding pitch, poor sheath concentricity, high scrap rates, and long commissioning time. Hongkai provides complete optical cable m

Guangdong Hongkai, with 20+ years of experience, solves core pain points in optical cable manufacturing: SZ stranding tension fluctuations and sheath concentricity deviation. Provides precision tensio