Slant Bed Heavy Duty Turning Center CNC Lathe

• After-sales Service: Video Guide
• Warranty: 1 Year
• Type: Horizontal Lathe
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: CK6150 CTN550 CTN550 CK6150 6150
• Processing Accessory: Centre CNC Lathe
• Guide Rail: Horizontal Guide Rail
• Tool Holder: Single-tool Holder CNC Lathe
• Power Source: Hydraulic Pressure
• Controlling Mode: CNC
• Automatic Grade: Automatic
• Setting Mode: Table
• Precision: High Precision
• Certification: ISO 9001
• Condition: New
• Net Weight: 6000kg
• Maximum Machining Length: 1000/1500/2000
• Transport Package: Packed in Wooden Cases with Steel Bottoms
• Specification: 6100*1800*2100
• Trademark: xing
• Origin: China Linyi
• HS Code: 8458110090
• Production Capacity: 1000
• Package Size: 370.00cm * 200.00cm * 210.00cm
• Package Gross Weight: 6000.000kg

Product Description

	item	/specification
1	Max. swing dia. over bed	640mm
2	Max. turning dia. of workpiece	510mm
3	Distance between centers	1100mm
4	Bed form	step-wise
5	Middle pallet	30°
6	Max.X stroke	310mm(hard guide)
7	Max.Z stroke	1100mm
8	Rapid feed X/Z	18/36m/min
9	X/Z motor speed	3000RPM
10	Z axis linear guide width	55mm( roller style)
11	Ball screw X/Z	3206/4012
12	Spindle speed	100-3000RPM
13	Spindle nose	A2-8
14	Spindle bore	92mm
15	Power of main motor	11KW
16	Spindle clamp	10 inch hydraulic chuck
17	Chuck bore	75mm
18	Tool holder	Hydraulic Turret(taiwan)
19	Number of tool holders	12
20	Standard blade size	25×25mm
21	Maximum boring tool diameter	40mm
22	Tailstock  stroke	800mm
23	Tailstock diameter	110mm
24	Tailstock  Mandrel stroke	120mm
25	Tailstock taper	MT5
26	positioning accuracy X/Z	0.019/0.029mm
27	repositioning accuracy X/Z	0.005/0.005mm
28	Overall dimensions of machine	3500x2100x1850mm
29	Case dimensions of machine	3700x2250x2280mm
30	Net weight /gross weight of the machine	5500/6000kg

1. In the design stage, FEA technology is used to simulate and analyze changes under various working conditions, realistic complexity and high rigidity design;

2. The class type 30° inclined bed is used to increase the bottom area, maximize the rigidity of the machine tool, and improve the comprehensive cutting performance.

3. The X axis of the structure adopts traditional rectangular hard rail to improve vibration damping and dynamic rigidity;

4. Z-axis adopts 55 large specifications and high rigidity roller guide rails to improve machine stability and dynamic response;