HS6300/8000 II Next-Generation High-speed Horizontal Machining Center
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
- High Rigidity Box-type Structure
- 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
Basic Structure
High Quality & Productivity Horizontal Machining Center
1Basic Structure
1Highly Rigid Box-type Bed
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.
2Changed 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.)
3Step Type Bed Structure
It is designed to minimize the load occurring at the front. Also, travel stability is increased by column weight optimization.
2High-Speed FEED
High-Speed Roller Type Guideway
Linear roller guideways are applied to reduce non-cutting time and bring high rigidity. Each axis is directly connected to a highly reliable digital servo motor to provide high rigidity and minimal thermal displacement.
Large Ball Screw
The increased diameters of all ball screws allow for high accuracy even during heavy duty machining.
Travel (X/Y/Z)
HS6300 II |
1,050/900/1,000 mm (41.3″/35.4″/39.4″) |
HS8000 II |
1,400/1,200/1,370 mm (55.1″/47.2″/53.9″) |
Rapid Traverse Rate (X/Y/Z)
HS6300 II |
60/60/60 mm (2,362/2,362/2,362 ipm) |
HS8000 II |
50/50/50 mm (1,968/1,968/1,968 ipm) |
HS8000 II Expansion of Transfer Distance
Spindle & ATC
High-Speed, High-Power Built-in Spindle
1Spindle
Built-in Spindle
By using ultra precision class angular ball bearings, fast acc/deceleration of the main spindle is achieved. The spindle head is designed to minimize heat displacement therefore reducing heat generation and making it possible to maintain high accuracy.
Oil Cooling System.
Spindle temperature is controlled by the use of a spindle oil chiller. This ensures consistent spindle temperature which minimizes thermal displacement.
Dual contact Spindle
The Big Plus spindle system (BBT#50) provides dual contact between the spindle face and the flange face of the tool holder.
Spindle Specifications[ ] : Option
The Best-in-class Acceleration and Deceleration Time of the Spindle
Spindle Acceleration (0 > 10,000 rpm)
APC & ATC
High Rigidity & High Speed Pallet Exchange System
1APC
High Speed APC
HS6300/8000 II provides a lift rotary type APC(automatic pallet changer) as standard. The loading station pallet can be rotated and locked in 90° increments for convenient loading/unoading of workpieces.
2Pallet
High Precision Pallet
Inside the cones, there are clamping devices for powerful clamping of pallets which is suitable for heavy duty cutting. 1° (0.001° Opt.) index table is applied with high precision curvic coupling for accurate indexing.
Air Clearing System
During the pallet change cycle, strong air blasts from the taper cones on the machine table help remove chips and provide clean surfaces for locating the pallet. This ensures high accuracy of pallet positioning and guarantees optimum rigidity.
Largest Workpiece Machining
Increase Machining Area
APC & Pallet Specifications
3High Speed Servo ATC
ATC & Magazine
High Speed Servo Motor ATC
The tool magazine holds 40 tools as standard and up to 150 tools as anoption depending on the model.
Servo control, fixed address tool selection method and a separate magazine control panel enhance user convenience. The twin arm ATC provides fast and reliable tool change to reduce non-cutting time..
Improved Tool Change time (C-C)
Max. Tool Dia. / Length |
Ø320/630 mm |
Expand Tool Selection
❖ Matrix Magazine : 240 Tool (When PLS is Applied)
ATC & Magazine Specifications
<Largest tool size and weight in its class : Std.>[ ] : Option
❖ No. of Tools - Matrix Magazine : 240 EA (Option)