Fiber Optic Cable Braiding Machine

Fiber Optic Cable Braiding Machine

Fiber optic cable braiding machine is a high-precision equipment designed specifically for fiber optic cables. It is mainly used to braid metal or non-metal reinforcement layers and shielding layers on the surface or periphery of the fiber optic cable to enhance the mechanical strength, anti-interference ability, and environmental adaptability of the cable. Its core functions include:
Tensile Enhancement: By weaving high-strength materials such as phosphated steel wire and aramid fiber, the tensile resistance of optical fibers is improved to adapt to vertical laying scenarios such as mine shafts.
Electromagnetic shielding: Metal braided layers (such as copper wire, aluminum magnesium wire) can reduce electromagnetic interference in signal transmission and ensure the stability of high-frequency communication.
Environmental protection: The woven layer combined with flame-retardant sheath and waterproof material enhances the corrosion resistance, flame retardancy, and moisture resistance of the cable.

Fiber Optic Cable Braiding Machine Datasheet

Model	No. of Spindles	No. of Heads	Carrier Speed (rpm)	Power (KW)	Bobbin Size
8-1-300	8	1	83	0.75	A18
8-2-140	8	2	193	0.75	A11
8-2-160	8	2	158	0.75	A09
8-2-224	8	2	108	1.1	A18
8-2-300	8	2	83	1.1	A18
12-4-80	12	4	360	0.55	A01/A04
12-4-90	12	4	300	0.55	A01/A05
12-1-160	12	1	158	1.1	A14
12-1-224	12	1	108	1.1	A18
16-4-80	16	4	360	0.75	A01/A04
16-4-90	16	4	300	0.75	A01/A05
16-2-110	16	2	230	0.75	A09
16-2-120	16	2	218	0.75	A09
16-1-160	16	1	158	0.75	A11
16-1-224	16	1	108	0.75	A18
24-4-80	24	4	360	0.55	A01/A04
24-4-90	24	4	300	0.55	A01/A05
24-2-110	24	2	230	0.75	A09
24-1-120	24	1	210	0.75	A11
24-1-160	24	1	158	0.75	A18
24-1-168	24	1	154	0.75	A18
24-1-224	24	1	108	2*0.75	A18
32-2-80	32	2	360	0.75	A01/A04
32-2-90	32	2	300	0.75	A01/A05
32-1-110	32	1	230	0.55	A09
32-1-120	32	1	210	0.75	A09
32-1-160	32	1	158	1.1	A11
32-1-224	32	1	108	1.1	A18
40-1-80	40	1	360	0.75	A01/A04
40-1-90	40	1	300	0.75	A01/A05
40-1-110	40	1	230	2*0.55	A09
40-1-224	40	1	108	0.75	A13
40-2-80	40	2	360	0.75	A01/A04
40-2-90	40	2	300	0.75	A01/A05
44-1-80	44	1	360	0.75	A01/A04
44-1-90	44	1	300	0.75	A01/A05
48-1-80	48	1	360	0.75	A01/A04
48-1-90	48	1	300	0.75	A 01/A05
48-1-110	48	1	230	2*0.37	A09
48-1-120	48	1	210	2*0.75	A13
48-1-160	48	1	158	2*0.75	A18
48-1-224	48	1	108	3*0.55	A18
48-2-80	48	2	360	1.1	A01/A04
48-2-90	48	2	300	1.1	A01/A05

Bobbin Size Datasheet

item	Name	Bobbin Size	Item	Name	Bobbin Size
A01	80 Series Spindle Rod	φ42*142 mm	A11	120 Series Spindle Rod	φ63*200 mm
A02	80 Series Spindle Rod	φ42*109 mm	A12	120 Series Spindle Rod	φ63*200 mm
A03	90 Series Spindle Rod	φ43*86 mm	A13	130 Series Spindle Rod	φ70*212 mm
A04	90 Series Spindle Rod	φ47*139 mm	A14	160 Series Spindle Rod	φ67*158 mm
A05	90 Series Spindle Rod	φ43*113 mm	A15	160 Series Spindle Rod	φ68*210 mm
A06	90 Series Spindle Rod	φ50*179 mm	A16	168 Series Spindle Rod	φ61*48 mm
A07	110 Series Spindle Rod	φ57*178 mm	A17	168 Series Spindle Rod	φ87*323 mm
A08	110 Series Spindle Rod	φ57*178 mm	A18	224 Series Spindle Rod	φ86*206 mm
A09	110 Series Spindle Rod	φ56*93 mm	A19	320 Series Spindle Rod	φ150*380 mm
A10	110 Series Spindle Rod	φ40*26 mm	A20	204 Series Spindle Rod	φ102*322 mm

Fiber Optic Cable Braiding Machine Application

Fiber optic cable braiding machine is a high-precision equipment designed specifically for fiber optic cables. It is mainly used to braid metal or non-metal reinforcement layers and shielding layers on the surface or periphery of the fiber optic cable to enhance the mechanical strength, anti-interference ability, and environmental adaptability of the cable. Its core functions include:
Tensile Enhancement: By weaving high-strength materials such as phosphated steel wire and aramid fiber, the tensile resistance of optical fibers is improved to adapt to vertical laying scenarios such as mine shafts.
Electromagnetic shielding: Metal braided layers (such as copper wire, aluminum magnesium wire) can reduce electromagnetic interference in signal transmission and ensure the stability of high-frequency communication.
Environmental protection: The woven layer combined with flame-retardant sheath and waterproof material enhances the corrosion resistance, flame retardancy, and moisture resistance of the cable.