CNC Lathe Horizontal

Product Code

BY-CQ-6136

Description

Horizontal lathe can complete the internal and external cylindrical surface, cone surface and other rotating surfaces and end faces, can process metric system, British system, diameter joint, module thread, drilling, reaming, oil pulling groove, etc., and it is widely used in single or batch production of machinery, electronics, instruments, instruments, light industry and medical industry, and can also be used for household tools.

Cq6136 horizontal lathe is compact and reasonable in overall layout, advanced in structure design, centralized transmission mode is adopted for variable speed mechanism, flexible operation and convenient maintenance; The diameter of the main shaft through hole is large, and the emergency stop button and insurance mechanism are set, so the machine tool is safe and reliable; The bed body is made of high strength cast iron, and the surface of guide rail is refined and durable after quenching; The machine tool has low noise and good pleasant performance.

Features:

Hardened and precision-ground bedways,the spindle is supported with precision taper roller bearing,gears in the headstock are made of high-quality steel, hardened and ground,speed-changing mechanism driven by fan-shaped gears, easy operation,safe interlock and an overload safety devices in apron,electromagnetic braking, cooling and lighting devices are supplied.

1. Main motor and pulley:

The main motor is located at the left rear behind the bed and fixed on the rear side of the bed. The motor shaft is equipped with a pulley, which outputs power through the belt. The belt tightness is adjusted by two nuts, and the pulley is equipped with an electromagnetic brake device.

2. Headbox:

The rotation of the main motor is transmitted to the speed change mechanism of the headstock through the V-belt and pulley, and then the spindle outputs nine levels of speed, so that the machine tool can work at different speeds. The principle of the speed change mechanism is shown in the transmission system diagram.

3. Tool box:

By selecting the exchange gear and changing the operating handle, the transmission ratio in the cutter box can be changed, so as to obtain different feed speeds.

The basic lubrication mode of the machine tool is oil splashing lubrication, and oil pools are set in the headbox, tool box and slide box. Through the rotation of the workpiece immersed in the oil, the lubricating oil will be splashed and sent to the parts to be lubricated. The rest of the manual refueling parts should be oiled according to the position, time and oil level shown in the lubrication chart. After the new machine tool is used, the oil should be replaced once. The worm gear and worm pair are lubricated by pressure injection of lithium grease. The pressure injection oil cup is set at the bottom of the chute box and is injected every 3 ~ 4 months.

Standard configuration:

3-jaw chuck, lighting & cooling systems, exchange gear(metric), adjusting tools, etc.

Special configuration:

4-jaw chuck, steady rest, follow rest, exchange gear(inch),live center, etc.

Specification CQ6136

Swing dia. over bed 360mm

Swing dia. over table 220mm

Max. length of workpiece 750mm

Spindle bore 38mm

Spindle taper MT5

Spindle speed / grade 60~2000r/min/9

Tailstock quill taper MT3

Tool specification 20/20mm

Longitudinal stroke 630mm

Lateral stroke 160mm

Longitudinal feed/grade 0.03~0.42 mm/r/9

Lateral feed / grade 0.011~0.152 mm/r/9

Metric threads / grade 0.25~9 mm/27

Inch threads / grade 72~4 T.P.I./33

Modules threads / grade 0.25~3.5 mm/12

Diametrical threads / grade 8~144 D.P./30

Power of motor 1.5 KW

Tailstock stroke 120mm

Small toolpost stroke 70mm

Power of cooling pump 40 W

Case dimension (L×W×H) 1650×850×1550mm

N.W/G.W 600/710kg