CA6150 CA6250 Manually Operated Horizontal Lathe Machine Universal Metalworking Tool
CA6140 manual lathe machine
,universal manual lathe machine
,manually operated horizontal lathe machine
Description:
Manual lathe machine is a fundamental, manually operated metalworking tool designed for shaping cylindrical or conical workpieces through rotational cutting. It consists of core components including a headstock with a motor-driven spindle, a tailstock for supporting long workpieces, a carriage with cutting tools, and hand cranks for controlling axis movement (X-axis for tool feeding and Z-axis for longitudinal workpiece positioning). Unlike CNC lathes, all machining operations—such as adjusting spindle speed, tool depth, and feed rate—are executed by a skilled operator who manipulates handwheels and levers in real time. The machine features a compact, robust frame, and its versatility is extended by compatible accessories like chucks, collets, and cutting tool holders, making it suitable for both simple and moderately complex turning tasks.
|
PROJECT |
UNIT |
CA6150/CA6250 |
|
Max. Swing over bed |
mm |
500 |
|
Max. workpiece diameter on the tool holder |
mm |
300 |
|
Max. workpiece diameter in saddle x effective length |
mm |
720*210 |
|
Max. Length of work piece |
mm |
750/1000/1500/2000/2200/3000/4000 |
|
Bed width |
mm |
400 |
|
Section of turning tool |
rpm |
25*25 |
|
Spindle speed range |
rpm |
10-1400/16-1400(24 STEPS) |
|
Spindle inner hole |
mm |
52/80/105 |
|
Spindle hole taper |
/ |
MT6 |
|
Number of feeds |
/ |
64 kinds(for each) |
|
Range of metric threads(Kinds) |
/ |
1-192mm(44 kinds) |
|
Range of inch threads(Kinds) |
/ |
2-24TPI(21 kinds) |
|
Swivel angle of tool post turntable |
/ |
0.25-48(module 39 kinds) |
|
Range of pitch threads(Kinds) |
/ |
1-96DP(37kinds) |
|
Max. Tail stock spindle travel |
mm |
150 |
|
Tail stock spindle diameter |
mm |
75 |
|
Taper of tailstock spindle hole |
/ |
MT5# |
|
Main motor |
kw |
7.5(10HP) |
|
Dimension(L*W*H) |
mm |
2550*1140*1750 2700*1140*1750 3200*1140*1750 3700*1140*1750 4030*1140*1750 4850*1140*1750 5800*1140*1750 |
|
Weight |
kg |
2170/2260/2420/2790/2940/3450/3750 |
- CA series ordinary horizontal lathe is used to turning internal and external cylindrical surface, conical surface, and other rotating surface, turning various metric and inch, modulus and pitch thread, and the pitch diameter of the thread and pull the drilling and oil tank etc., is general very strong horizontal lathe, Widely applicable batch processing of various shaft and disc parts.
- The series lathe bed width in general lathe, 400mm rail width has higher stiffness, rail surface by intermediate frequency quenching, wear-resistant durable.
- Handy machine operator concentration, slide plate is provided with a quick moving mechanism. Using single handle operation,humanization.
- The rigidity of the machine tool structure and the transmission stiffness are higher than the general lathe, the power utilization rate is high, which is suitable for the strong cutting.
- Before leaving the machine tool factory, the machine tool is tested strictly according to the inspection procedure, and the machine tool is tested to ensure that the machine tool has good stability and reliability.
- Low initial investment and operational cost
Compared to CNC lathes, manual lathes have a significantly lower purchase price and require no specialized software or programming equipment. They also have lower maintenance costs, making them an economical choice for small businesses and hobbyists with limited budgets.
- High flexibility and quick adaptation
Operators can make real-time adjustments to cutting parameters, tool paths, and workpiece setups without rewriting programs. This flexibility is ideal for processing unique or modified parts, as well as for troubleshooting machining issues on the spot.
- Simple structure and easy maintenance
With fewer electronic and automated components, manual lathes have a straightforward mechanical structure. Routine maintenance, such as lubrication, part replacement, and calibration, can be performed without specialized technical support, minimizing downtime.
