LJJA-450SThis machine is used for cutting and blanking aluminum door and window corner profiles, with simple operation, reliable performance, advanced technology and easy maintenance.The cutting tool adopts cemented carbide saw blade, which has high cutting speed, high productivity and high
LJJA-CNC-500The cutting tool adopts cemented carbide saw blade, which has high cutting speed, high productivity and high machining precision.The feed motion pair adopts linear motion bearing, which has small motion resistance and high precision.The feeding mechanism adopts automatic feeding system
LJZ2Z-CNC-550*4300Using cemented carbide saw blade, the outer diameter can reach 550,the linear speed is high, and the machining precision is high.High transmission precision, accurate positioning and stable operation.High precision spindle motor makes the saw blade rotate stably.Gas-liquid damping
LJZ2-CNC-550*4300High-quality cemented carbide saw blades for aluminum materials areselected, with high linear speed and high machining accuracy.Numerical control transmission adopts high standard gear rack, with high transmission precision, accurate positioning and stable operation.The high-
The moving part adopts high-precision linear guide rail pair, which runs stably and ensures the machining accuracy.Imported high-quality control system ensures stable and reliable operation of equipment.Imported motor is directly connected to saw blade, which has stable cutting and high machining
Numerical control transmission adopts high standard gear rack, with high transmission precision, accurate positioning and stable operation.The high-precision spindle makes the saw blade rotate stably and effectively improves the surface quality of the workpiece.Gas-liquid damping cylinder
It is mainly used for cutting industrial aluminum profiles, broken bridge aluminum doors and windows, curtain wall materials, and also for cutting PVC and wood profiles. It is convenient to cut oversized profiles by using 600 oversized saw blades.Adopt square guide rail, with high precision of