“The carriers in this series were developed to protect the conductors in 3D motion. These carriers consist of high resistance polymer injected links assembled over a steel cable.
This structure ensures that the effort from the motion is absorbed by the SPINA, and not by the conductors, thereby increasing its lifetime. Its unique design allows for the easy insertion and maintenance of conductors.
External diameter (Da): 90mm
Internal area (Bi): 58mm
Radius of curvature (R): 175mm
Models available in stock: S060, S080, S105″
Manufactured in thermoplastics highly resistant to friction. The links have spherical links on its ends united under pressure. User-friendly installation. New links can be attached to the assembly.
They certify that the carrier can be attached to different parts of the equipment. User-friendly assembly and adaptable to pre-existing equipment.
Enables 3D movements and return to the original position.
Setup of desired tension in steel strands, easily and quickly; can be readjusted.
A steel strand attached to the link's core. It is essential so that the tension generated by the robot/carrier's motion traction is absorbed, minimizing possible connector breakage and extending the conductor's lifetime.
Provides greater freedom to the attachment points, especially for complex movements. This holder spins alongside the carrier during the equipment's activity.
Even the cables assembled with connectors can be easily incorporated under pressure and replaced quickly.
They ensure the attachment of the conductors. Can be used on the same side as the sockets, collectively.
Nylon injected links with fiberglass. Its monobloc structure ensures a greater stability when applied to long lengths.
Available in different lengths and radiuses of curvature, as well as accessories such as: vertical dividers, guide channels, terminals with integrated combs.
All available models: (click to see measurements)
Links Height:
62 mm
Width External Link: 108 mm
Radius: 90–300 mm
Nylon injected links reinforced with fiberglass. The links have removable straps that ease the insertion and/or maintenance of the cables and hoses.
Its robust design ensures high speed functioning even in severe condition environments.
Available in different widths and radiuses of curvature, as well as accessories such as: vertical dividers, guide channels, comb integrated terminals.
All available models (click to see measurements):
Links Height:
40 mm
Width External Link: 103 mm
Radius: 52–200 mm
Links Height:
62 mm
Width External Link: 65 mm
Radius: 90–300 mm
Links Height:
62 mm
Width External Link: 108 mm
Radius: 90–300 mm
Links Height:
62 mm
Width External Link: 125 mm
Radius: 90–300 mm
Links Height:
62 mm
Width External Link: 150 mm
Radius: 90–300 mm
Links Height:
62 mm
Width External Link: 169 mm
Radius: 90–300 mm
“The carriers in this series combine the nylon injected links reinforced with fiberglass with the metallic aluminum trays that enable millimetric adjustments in its width. As well as versatility, this set provides resistance in long lengths and high speed.
Available accessories: dividers, conductor setting combs, guide channels and sliding shoes.
All available models (click to see measurements):
The carriers in the series were developed to protect the conductors in 3D motion. These carriers consist of high resistance polymer injected links assembled over a steel cable. This structure ensures that the effort from the motion is absorbed by the SPINA, and not by the conductors, thereby increasing its lifetime. Its unique design allows for the easy insertion and maintenance of conductors.
Available accessories: Terminals, conductor setting combs, shock absorbers and protective covers.
All available models (click to see measurements)
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We analyze each application and develop the best cable carrier solution.
Efficiency and durability, ensured by the use of high quality raw materials.
Cable Carrier are easy to install in linear and circular movements. A handy installation guide is included with each delivery.
The best delivery time on the market thanks to highly verticalized component manufacturing.