Brief: This video explains the main functions and practical uses of the High Output 3-Axis Gabion Box Machine SLW54A in a clear, step-by-step format. Watch to see how this fully automatic machine achieves high-speed production, from wire feeding and mesh forming to automated assembly, while significantly reducing labor costs and material waste.
Related Product Features:
Features a 3-axis design for higher efficiency and faster net output compared to ordinary gabion machines.
Automated production process replaces manual labor, reducing labor and management costs significantly.
Operates with lower decibels and a lower loss rate than manual weaving, increasing raw material utilization.
Includes a wire feeding system that uncoils and straightens steel wire, typically galvanized or PVC-coated.
Equipped with a mesh forming unit for welding or weaving mesh tailored to specific gabion specifications.
Precision cutting mechanism uses hydraulic or pneumatic tools for accurate wire or panel sizing.
User-friendly CNC control panel allows programming of dimensions, mesh patterns, and production speed.
Powered by five servo motors, including four 11kw and one 15kw motor, for robust performance.
Faqs:
What is the production speed of the High Output 3-Axis Gabion Box Machine SLW54A?
The machine operates at approximately 70 cycles per minute, producing up to 30 meshes, with a theoretical maximum output of 320 meters per hour, though actual speed varies based on mesh width and wire diameter.
What wire diameters and mesh sizes can this gabion box machine handle?
It supports wire diameters from 1.5 to 4.5 mm and adjustable mesh sizes such as 60x80 mm to 130x160 mm, with customizable specifications like 6.6 mm to 11.6 mm to meet various gabion requirements.
How does the machine reduce operational costs and improve efficiency?
By automating production, it replaces extensive manual labor, lowering labor and management costs. It also features a lower loss rate in weaving and higher raw material utilization, alongside an auto-lubrication system to minimize maintenance needs.