Guangsu ordinary lathe CA6136 split bed manual chuck

NegotiableUpdate on 02/09

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Nature of the Manufacturer: Producers

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Overview

The CA6136 split bed manual chuck of the Guangsu ordinary lathe is easy to operate and has a wide range of uses. It is mainly suitable for turning inner and outer cylindrical surfaces, conical surfaces, inner holes, cutting grooves, end faces, and other rotating surfaces. It can also turn various metric, imperial, modular, and radial threads, and can perform drilling, reaming, nesting, reaming, rolling, oil groove and other processing. It is a highly versatile horizontal lathe that is widely used for batch processing of various shaft and disc parts.

Product Details

广速普通车床 CA6136 分体床身手动卡盘

Guangsu ordinary lathe CA6136 split bed manual chuck

The main components of a regular lathe include: spindle box, feed box, slide box, tool holder, tailstock, light bar, screw and bed.
● Spindle box: also known as the headboard box, its main task is to transmit the rotational motion from the main motor through a series of variable speed mechanisms to obtain the required forward and reverse rotation speeds for the spindle. At the same time, the spindle box divides some of the power to transmit the motion to the feed box. The main spindle in the spindle box is a key component of the lathe. The smoothness of the spindle running on the bearing directly affects the machining quality of the workpiece. Once the rotational accuracy of the spindle decreases, the value of the machine tool will be reduced

Main technical parameters of the product:

Lathe model	C6136A	C6236A
center height	180mm
Swing over bed	360mm
Maximum workpiece length	750/1000mm
Maximum workpiece rotation diameter on the tool holder	200mm
Maximum workpiece rotation diameter in saddle groove	540mm
Effective length of saddle in front of flower plate	200mm
Rod diameter	50mm
Through-hole diameter	52mm
tapered hole	MT6
Speed 50HZ (60HZ)	12 types of speeds between 30-1600r/min
Maximum lateral travel of the knife holder	240mm
Maximum travel of small knife holder	140mm
Range of longitudinal feed rate	0.039-1.05mm/r
Range of horizontal blade feed rate	0.019-0.52 mm/r
Range of turret rotation angle	±45°
Sectional dimensions of the tool holder (height x width)	20mm*20mm
Diameter of tailstock sleeve	60mm
Taper of tailstock quill	MT4
Maximum travel of tailstock sleeve	100mm
Maximum lateral movement	±10mm
metric system	25 types of 0.5-20 mm/r
imperial system	35 types of 80-1n/1 '
modulus	24 types ranging from 0.25 to 10 mm

Feed box: also known as tool box, the feed box is equipped with a variable speed mechanism for feed motion. By adjusting the variable speed mechanism, the desired feed amount or pitch can be obtained, and the motion is transmitted to the tool holder through a light bar or screw for cutting.Screw and light bar: used to connect the feed box and the slide box, and transmit the motion and power of the feed box to the slide box, so that the slide box can achieve longitudinal linear motion. Screw is specifically designed for turning various threads. When turning other surfaces of the workpiece, only a smooth bar is used instead of a screw.Slippery box: It is a control box for the feed motion of the lathe, which is equipped with a mechanism that converts the rotational motion of the light bar and screw into the linear motion of the tool holder. The longitudinal feed motion, transverse feed motion, and rapid movement of the tool holder are achieved through the transmission of the light bar, and the tool holder is driven by the screw to make longitudinal linear motion for turning threads.● Knife holder: The knife holder component consists of several layers of knife holders, and its function is to clamp the cutting tools and make them fitPerform vertical, horizontal, or diagonal feed motion.Tailstock: It can be installed as a positioning support for the rear top, and can also be equipped with drilling tools such as drills and reamers for hole processing.Bed frame: The main components of the lathe are installed on the bed frame to maintain accurate relative positions during operation.