Horizontal Machining Centers

Taikan DH-63 Horizontal Machining Center with Double Exchanging Worktables is mainly used for machining parts in construction machinery, automobile, IT, energy, mold and other industries. It is especially suitable for processing all kinds of special-shaped parts and box parts.

Models & prices

DH-63Price on request T-H11Price on request DH-100SPrice on request HQ5Price on request

Prices for this series are available on request.

Model data

DH-63

Price on request

Inquiry

Travel X/Y/Z	mm	1050/800/1000
Distance from spindle end face to table center	mm	150-1150
Distance from the spindle to table surface	mm	120-920
Max. workpiece size	mm	φ1000×1000
Table Size	mm	630*630
Max. load	kg	1200
Center hole size	mm	φ80H7
Screw holes	mm	M16(125×125)
Min. setting unit	°	0.001
Power (S1/S6 15%)	kW	28/42
Speed	r/min	10000
X, Y, Z axis rapid traverse	m/min	48/48/48
Positioning accuracy (X/Y/Z)	mm	X/Y/Z: 0.01 (no grating), 0.006 (with grating) B: 8” (with grating) VDI3441
Repeatability (X/Y/Z)	mm	X/Y/Z: 0.006 (no grating), 0.004 (with grating) B: 6” (with grating) VDI3441
Tool length	mm	500
Tool diameter	mm	105/210
Tool weight	kg	20
Air source Flow	L/min	500 (ANR)
Pressure	MPa	0.6~0.8
Total electrical capacity	KVA	75
Size (L*W*H)	mm	6575×4870×3300
Total Weight	kg	21500

Characteristics

• One clamping of the workpiece can complete milling, drilling, boring, reaming, countersinking, tapping and other processes, which can effectively improve the efficiency and save the cost. At the same time, it can reduce the accumulated error caused by multiple clamping of the workpiece and improve the machining accuracy. The machine tool adopts a positive T-shaped structure, the column moves left and right (X axis), the headstock moves up and down (Y axis) and the worktable moves back and forth (Z axis), and is equipped with a double exchange rotary worktable and a large disc servo tool magazine.
• The integrated bed adopts T-shaped box structure, is made of high-quality resin sand molding and high-strength cast iron material, and is heat-treated to eliminate internal stress. After finite element analysis, the layout of ribs is optimized to fully meet the needs of high-torque cutting of machine tools.
• The column adopted double-wall structure design, internal multi-point radial reinforcement arrangement, bottom large-span section arrangement, light weight, good rigidity and good dynamic performance.
• The structural design of the radial ribs of the spindle box, through the finite element structural statics and dynamics analysis, the reasonable structural design and the matching of the ribs ensure the high rigidity of the box and the processing rigidity of the spindle components.
• Equipped with rotating double exchange worktable, reduce the time for clamping workpieces on standby and greatly improve the processing efficiency. The mechanical cam rotating and exchanging mechanism can make workpiece exchange more stable and rapid.
• High-precision cam turntable adopts high-precision taper positioning pin and oil pressure double force locking mechanism to ensure the clamping of the worktable and the stability and no vibration of the worktable in the cutting process. By loading high-speed PLC engine to improve response speed, reduce cycle time, optimize detail parameters in processing, improve smoothness of feed, and the improved processed edge / surface doesn't need to arrange subsequent processes treatment.