Model C5112/C5116/C5120, C5123/C5126 single column vertical turning lathe machine is suitable for high-speed steel cutter, carbide cutter and all kinds of high performance cutter, which can make rough and finish turning for inside and outside cylindrical, conical, end face, grooving and etc.

Specification Parameter

Specification		Unit	C5112	C5116	C5120	C5123	C5126
Max.cutting diameter of vertical tool post		mm	1250	1600	2000	2300	2600
Max.cutting diameter of side tool post		mm	1100	1400	1800	2000	2400
Max.cutting height		mm	1000	1000/1400	1250	1350	1600
Work table	diameter	mm	1000	1400	1800	2000	2250
	max. loading	t	3.2	5	8	8	10
	speed range	rpm	6.3-200	5-160	3.2-100	3.2-100	2-63
	step range	step	16	16	16	16	16
	max. torque	kn. m	17.5	25	25	25	35
Vertical tool post	feeding rang	mm/min	0.8-86	0.8-86	0.8-86	0.8-86	0.8-86
	feed steps	step	12	12	12	12	12
	cutting force	kn	20	25	25	25	25
	vertical travel	mm	650	800/1000	800/1000	800/1000	1000
	horizontal travel	mm	700	915	1200	1300	1500
	swing angle	°	±30	±30	±30	±30	±30
Vertical (side) turret rapid travel speed		m/min	1.8	1.8	1.55	1.55	1.55
Cross beam travel		mm	650	650/1050	850	1050	1250
Beam lifting speed		mm/min	350	350	350	350	320
Tool bar section size		mm	30*40	30*40	40*40	40*40	40*40
Feed motor power		kw	1.3/1.8	1.3/1.8	1.3/1.8	1.3/1.8	1.3/1.8
Main motor		kw	22	30	30	30	37
Machine weight		t	8.5	12.4/14.8	17	18	26/28
Overall dimension(LWH)		mm	23602280 2800	28302670 3010	32002800 3250	32102850 3300	33004000 3500

Product Feature

Description

The vertical tool post of single column vertical lathe machine has a three-layer structure and is composed of a beam slide, a revolving slide and a ram. The cross beam sliding seat and the slewing sliding seat are made of high-strength, low-stress cast iron, the ram is made of ductile iron, the sliding guide surface of the tool post is precision scraped and pasted with the guide soft belt, and all ball screw support bearings are combined bearings.

The hydraulic system is composed of the worktable dynamic pressure guide rail control system, the main drive transmission system, the beam clamping and loosening system, and the main drive lubrication. The main hydraulic components are made of domestic famous manufacturers to ensure the quality of the hydraulic components.

Single column vertical lathe machine are an essential machine tool for manufacturing industries that require the machining of large and heavy components. Their precision and stability make them ideal for producing critical components with the highest level of accuracy. Understanding the components and working principles of vertical lathes is crucial in selecting and effectively using them for various applications.

Single column vertical lathe machine, also known as vertical turning lathes (VTLs), are heavy-duty machines that are primarily used for precision turning, boring, drilling operations. These machines come in different sizes depending on the scale of the work that they can handle. They are mainly used in manufacturing industries to create a wide range of components such as large gears, flanges, heavy-duty bearings, and cylinder blocks, etc.

Working principle of single column veritcal lathe
A single column vertical lathe is a machine tool that fixes the workpiece on the spindle for rotation and uses a tool holder to cut on the workpiece. Its spindle and tool holder are installed on separate columns, while the workpiece is fixed on a rotating table through fixtures, which is driven by servo motors and reducers. During the machining process, the spindle drives the workpiece to rotate, while the cutting tools on the tool holder perform cutting. Single column lathe can perform various cutting operations, such as turning, boring, tapping, etc.

Application scenarios of single column vertical lathe
Single column vertical lathe machines are widely used in industries such as aviation, aerospace, automotive, and mechanical manufacturing, especially for processing large, high-precision, and complex shaped shaft parts, which have unique advantages. For example, single column lathe can be used to process shaft parts of aircraft engines, crankshafts, swing rods and other components of vehicle engines, as well as various precision shaft parts.