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HX404

The large Z-axis span of HX404 can handle higher workpieces, providing corresponding machine rigidity and enhancing processing stability. The Z-axis telescopic guard cover is W-shaped with a 90-degree bevel, which reduces chip accumulation. Combined with the in-machine flushing and internal and external chip removal systems, it can quickly remove the chips inside the machine. The short operating distance between the workpiece on and off the machine and the spindle enhances the proximity between the operator and the machine. HX404 occupies a small area and can effectively adapt to the space of the customer's factory building, achieving the best land utilization rate.

Product Details

Technical Data	HX404
Work Range
Workbench size	400 mm
Maximum workpiece turn diameter	Ø630 mm
Maximum workpiece height	900 mm
X-axis travel	560 mm
Y-axis travel	640 mm
Z-axis travel	640 mm
B-axis minimum division (Degree)	1/0.001
Table load	400 kg
Work change
The number of workbenches	2
Workbench exchange method	Arm type
Main Spindle
Spindle type	40 taper
Maximum spindle speed	12K ~ 20K
Automatic tool changing system
Tool magazine capacity	60 (std.)
Maximum blade diameter	76.2 mm
There is no maximum diameter of adjacent knives	125 mm
Maximum tool length	350 mm

Technical Data	HX404
Work Range
Workbench size	400 mm
Maximum workpiece turn diameter	Ø630 mm
Maximum workpiece height	900 mm
X-axis travel	560 mm
Y-axis travel	640 mm
Z-axis travel	640 mm
B-axis minimum division (Degree)	1/0.001
Table load	400 kg
Work change
The number of workbenches	2
Workbench exchange method	Arm type
Main Spindle
Spindle type	40 taper
Maximum spindle speed	12K ~ 20K
Automatic tool changing system
Tool magazine capacity	60 (std.)
Maximum blade diameter	76.2 mm
There is no maximum diameter of adjacent knives	125 mm
Maximum tool length	350 mm

Application: The HX404 high-speed and high-precision standard meets the high-precision requirements of markets such as automobiles, aviation, electronics, and mechanical parts. And in response to the trend of automation, it can be combined with multi-disk and multi-tool post systems to enhance production efficiency, reduce labor costs, and achieve efficient resource allocation.