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1. THE ONE-PIECE CONSTRUCTION BASE WITH MODULATED BOX DESIGN MAINTAINS HIGH
STABILITY TO GUARANTEE MAXIMUM LOADING ON WORKTABLE AND HEAVY-DUTY CUTTING AS
WELL AS THE MACHINING ACCURACY.
2. CROSS-BEAMS ADOPT STEP-TYPE 45-DEGREE LARGE SPAN OF THREE ROLLER-LINE RAIL (RAIL
WIDTH 65MM) WITH HIGH RIGIDITY AND HIGH STABILITY.
3. WIDE DOOR DESIGN FAVORS THE PASSING AND CUTTING OF LARGE WORKPIECES.
4. Z-AXIS STRUCTURE HAS FOUR ROLLER GUIDE WAYS (WAY WIDTH OF 45MM) COVERING THE
HIGH RIGID STRUCTURE AT HEAD, WHICH IS NOT EASY TO DEFORM AND THE PRECISION OF
LOSING POSITION IS SMALL. THE STRUCTURE PROVIDES EXCELLENT MACHINING CAPABILITY
FOR BETTER SURFACE FINISH.
5. FROM THE SOFTWARE SIMULATION TEST TO THE ON-SITE ACTUAL OPERATION, MACHINES ALL
PASS THE VALUATION OF THE BALL BAR MEASUREMENT AND THE LASER MEASUREMENT
TO ENSURE THE INTEGRITY QUALITY CONTROL.
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1. WITH EXTRA-WIDE SOLID BASE, THE MACHINE ADOPTS A FOUR-TRACKS ROLLER LINEAR GUIDE
WAYS TO SUPPORT THE AVERAGE LOAD AND TO REDUCE THE DEFORMATION OF WORKTABLE TO
MEET THE DEMAND OF HIGH PRECISION, HIGH RIGIDITY AND HIGH FEED RATE.
2. UTILIZING THE UNIQUE DESIGN OF BALL SCREW SUPPORTING BLOCK, IT EFFECTIVELY IMPROVES
THE FEED RATE AND ACCURACY OF MACHINING, AND EXTENDS THE LIFE EXPECTANCY OF
THE BALL SCREW.
3. DIRECT TRANSMISSION WITH THE REDUCTION MECHANISM IS ADDED TO X-AXIS TO INCREASE
THE TRANSMISSION TORQUE, THE THRUST, AND THE CAPACITY FOR WORKPIECE WEIGHT.
4. DIRECT TRANSMISSION WITH THE REDUCTION MECHANISM IS ADDED TO X-AXIS TO INCREASE
THE TRANSMISSION TORQUE, THE THRUST, AND THE CAPACITY FOR WORKPIECE WEIGHT.
5. SPECIAL STRUCTURAL DESIGN OF THE Z-AXIS RECTANGULAR BOX-TYPE UTILIZES EQUIPMENT OF
DUAL-HYDRAULIC CYLINDER TO ENSURE THE ACCURACY AND SMOOTHNESS OF MOVEMENT AND
TO PROVIDE THE HIGH PRECISION AND THE HIGH STABILITY OF CUTTING.
6. THE HOLDER DESIGN AT THE BACK OF CROSS-BEAMS: HYDRAULIC UNIT, COOLING MACHINES,
SPARE PARTS, ETC., ARE ARRAYED NEATLY, AND HOLDERS ARE IN LINE WITH THE CE
REGULATIONS.
7. COMPENSATION OF THERMAL ERRORS: FEEDBACK THE COMPENSATION VALUE AND CONDUCT THE
AMENDMENT OF THE MODEL COEFFICIENTS TO BUILD THE OPTIMAL THERMAL-ERROR
COMPENSATION MODEL BY WHICH THE DIFFERENCE BETWEEN CUTTING PARAGRAPHS COULD BE
UNDER 20ΜM.
8. IN ORDER TO ENHANCE THE OPERATION EFFICIENCY, THE ADVANCED DIGITAL SERVO
CONTROLLER WITH CHARACTERISTICS OF EASY OPERATION AND HIGH FLEXIBILITY FOR
PROGRAM EDITING IS USED FOR THE CNC CONTROLLER. THE ORIENTATION OF THE CONTROL
PANEL IS ADJUSTABLE FOR DIFFERENT WORKING CONDITIONS.
9. THE ROTARY-TYPE ATC CAN STORE PLENTY OF CUTTERS. WITH INCORPORATING THE USE OF
THE CNC CONTROLLER, AUTOMATIC TOOL CHANGE CAN BE PERFORMED.
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