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Double Turret Vertical Lathe

Vertical lathe machine also named vertical turning lathe, vertical turret lathe, suitable for hard alloy and ceramic cutting tool. It is able to have rough and refined machining to inner and outer cylinder, inner and outer conical surface, plane, arc and complex revolution surface of partsmade of ferrous metal, nonferrous metal and some non-metallic materials.

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Product Description

Introduction:

This series Double Turret Vertical Lathe are our company's absorption of contemporary advanced design and manufacturing technology, using finite element analysis calculation and optimization design methods, implementing the latest national precision standards, equipped with advanced functional components at home and abroad, and achieving powerful cutting in terms of structural performance. High-tech mechatronics machine tool with high dynamic and static rigidity, safe and reliable movement, long service life and high processing efficiency.

Features

1, This series Double Turret Vertical Lathe is suitable for internal and external turning ,internal and external tapering, facing, slotting, thread, surface turning.

2, Spindle speed changing unit, to make work table realize stepless speed regulation.

3, Work table spindle adopts short spindle and constant flow hydrostatic guide way, keep high centering accuracy, high rotating accuracy, big loading capacity and small deformation.

4. The bed is an integral structure, the material is made of high-strength low-stress cast iron, and effective vibration reduction measures are adopted. The bed is combined with the base of the worktable, which greatly improves the reliability of the overall rigidity of the machine tool.

5. The worktable is equipped with a locking device to facilitate milling; the worktable has the functions of arbitrary indexing and exact stop. The work surface is designed according to the standard T-slot and equipped with four sets of standard jaws.

6. The contact surface of the beam and the column guide rail is glued with PTFE wear-resistant guide rail soft belt, which has a small friction coefficient, which greatly extends the service life of the machine tool. The beam can move along the Z axis on the column guide rail. The use of lead screw for lifting has the advantages of stable transmission, low friction, low noise and high reliability. The horizontal rail (X axis) of the beam is equipped with a telescopic protective cover. The beam is clamped by lever mechanism, which is safe and reliable.

7. The beam is placed in front of the column driven by a double-shaft extension AC motor, and driven by gears, worm gears, and lead screws to make the beam move vertically on the column

The beam guideway protection by stainless steel metal, with 4 hydraulic clamping point behind the cross beam. A steel nut part is installed at the lower part of the lifting nut, which is used to support the weight of the beam after the nut T-shaped thread fails, which ensure machine safety protection.

Advantage:

Our company adopts the international advanced resin sand casting process. The castings of CNC Vertical Lathe Machine are made of HT300 and HT250 and then tempered twice. The castings are tempered once before processing. The castings are subjected to secondary tempering after rough machining. The tempering is tempered to the greatest extent in the tempering kiln. Reduce the internal stress of the casting, and perform vibration aging before finishing to prevent the casting from deforming, thereby improving the accuracy of the machine tool.

Products Specification

The vertical lathe can be equipped with CNC Controller and C axis for milling and boring function.

Parameter		Unit	C5225	C5235	C5240	C5245	C5250	C5263	C5280	C52100	C52125	C52160
Worktable diameter		mm	2250	2850	3600	3800	4200	5700	6300/7100	7100/ 7500	7500/8000	10000
Max, Turning diameter		mm	2500	3500	4000	4500	5000	6300	8000	10000	12500	16000
Max. Workpiece height(H)		mm	1600	2000/2500/3150	2000/2500 /3150	2000/2500 /3150	2500/3150 /4000	3150/4000 /4500/5000	4000/4500 /5000/5500	4500/5000 /6000	4500/5000/5500/6500	5500/6000 /7000
Max. Workpiece weight(W)		t	10/16	10/16/20/32	25/32/20/32	25/32/50/63	25/32/40/50/63	25/40/63/80/150	100/125/150	100/150/200/250	100/150/200/250	400
Max. Turning force	Right tool post	N	35000	40000	40000	40000	50000	63000	80000	100000	100000	100000
Max. Turning force	Left Tool post	N	30000	35000	35000	35000	35000	50000	63000	80000	80000	80000
Max. Workpiece torque		N·m	63000	80000	80000	80000	80000	200000	460000	640000	640000	1000000
Workpiece step		step	stepless	step	step	step	step	step	step	step	step	step
Workpiece rotation		rpm	2~63	0.63-63	0.63-63	0.5-50	0.5-50	0.32-32	0.2-20	0.2-20	0.16~16	0.1-10
Feeding step		step	18	18	18	18	18	18	18	18	18	18
Tool post feeding		mm/min	0.25~90	1-500	1-500	1-500	1-500	1-500	1-500	1-500	1-500	1-500
Beam travel		mm	1250/1650/1850	1250/1650/1850	1750/2250/2850/3150	1750/2250/2850/3150	1750/2250/2850/3150	1750/2250/2850/3150	3000/3500/3650/4250/4500	3750/4250/4500/5000	3750/4000/4250/4500/5000	4000/5000/5500
Tool post travel	Horizontal	mm	1400	1900	2200	2450	2700	3200	4400	5400	5400	5400
Tool post travel	Vertical	mm	1000	1250/1400	1000/1250/1400	1000/1250/1400	1400/1600/2000	1600/2000/2500	2000/2500/2750	2500/2750	2500/2750	2500/2750
Beam travel speed		mm/min	350	350	300	300	350	230	230	230	230	230
Tool post rapid speed		mm/min	1550	4000	4000	4000	4000	4000	4000	4000	4000	4000
Max. Tool post swing angle		°	±30	-15-+30	-15-+30	-15-+30	-15-+30	-15-+30。	-15-+30。	-15-+30。	-15-+30。	-15-+30。
Tool section		mm	40×50	50×50	50*50	50*50	50*50	50*50	50*50	50*50	50*50	50*50
Main motor power		KW	55	55	55	55	75	90	110	132	132	160
Weight		T	38	45	50	55	70