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3-axis CNC machining center HS series
horizontal40 tools60 tools

3-axis CNC machining center - HS series  - WIA - horizontal / 40 tools / 60 tools
3-axis CNC machining center - HS series  - WIA - horizontal / 40 tools / 60 tools
3-axis CNC machining center - HS series  - WIA - horizontal / 40 tools / 60 tools - image - 2
3-axis CNC machining center - HS series  - WIA - horizontal / 40 tools / 60 tools - image - 3
3-axis CNC machining center - HS series  - WIA - horizontal / 40 tools / 60 tools - image - 4
3-axis CNC machining center - HS series  - WIA - horizontal / 40 tools / 60 tools - image - 5
3-axis CNC machining center - HS series  - WIA - horizontal / 40 tools / 60 tools - image - 6
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Characteristics

Number of axes
3-axis
Spindle orientation
horizontal
Number of tool stations
40 tools, 60 tools
Associated functions
cutting
Other characteristics
high-speed, high-performance, high-productivity, high-rigidity
X travel

1,050 mm, 1,400 mm
(41.34 in, 55.12 in)

Y travel

875 mm, 1,200 mm
(34.45 in, 47.24 in)

Z travel

875 mm, 1,370 mm
(34.45 in, 53.94 in)

Rotational speed

6,000 rpm, 10,000 rpm
(37,699 rad.min-1, 62,832 rad.min-1)

Power

25 kW, 30 kW, 45 kW, 55 kW
(33.99 hp, 40.79 hp, 61.18 hp, 74.78 hp)

Description

Horizontal Machining Center HS6300/8000 II, designed by Hyundai WIA with years of expertise and the latest technology, provides high speed, high performance and maximum productivity. Next Generation High Efficiency Machining Center A symmetrical structure design with the center of gravity of Z-axis and transfer axis matching Easy chip disposal with direct chip discharging structure Best-in-class rapid traverse rate of 60m/min (2,362ipm) Machining of the largest workpiece in its class ATC design capable of attaching the largest tools in its class Unlike the previous reverse T-shaped structures, HS6300/8000 II has a horizontally symmetrical design with the Z-axis transfer system at the center of the material. In particular, a boxed bed design with extremely high rigidity not only secured the structural stability but also improved vibration absorption, enabling ample medium cutting and excellent illumination for machining with a symmetrical structure on the Z-axis. Changed Chip Disposal Structure Designed to directly drop chips onto the chip conveyor, HS6300/8000 II enables seamless chip disposal even during mass chip generation. (Chip processing capability has been greatly improved compared to the screw-type chip conveyor in existing machines.) Step Type Bed Structure It is designed to minimize the load occurring at the front. Also, travel stability is increased by column weight optimization.

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.