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ALCK5085D
ALLES CNC
Hard guide way CNC lathe-hard lead CNC lathe External protection Test machine
1. CNC lathe adopts mechatronics design, equipped with complete S.T.M function to realize automatic control, beautiful appearance, mature product structure and convenient operation.
2. The machine tool adopts the casting bed, the casting is subjected to secondary aging treatment, and the guide rail adopts the flame quenching or super audio quenching process, which ensures the long-term accuracy and stability of the whole machine.
3. The machine tool realizes automatic control, and can automatically complete the turning of internal and external circles, end faces, grooving, tapered surfaces, spherical surfaces and threads.
4. CNC lathe is suitable for large, medium and small batches, multi-variety and multi-specification parts, and has strong adaptability, especially when processing special-shaped parts such as conical and spherical surfaces, it can show its high efficiency. , The superiority of stable and reliable quality.
5. The machine tool is fully protected, with stable movement and low noise, which improves the ability of waterproof, rust-proof and chip-proof.
6. It can be matched with a manipulator to achieve more efficient and faster processing.
7. Row-type tool holder, the tool change error is small, the tool change is high-speed and accurate, and the processing time is greatly saved.
Equipment configuration and parameters
| Item | Unit | ALCK5085Dx1000 |
| Maximum turning diameter of bed | mm | φ520 |
| X-direction rail span | mm | 210 |
| Z-direction rail span | mm | 400 |
| Maximum turning diameter of slide | mm | φ300 |
| Center Head Distance | mm | 1000 |
| Maximum turning length | mm | 850 |
| Spindle hole diameter | mm | φ82 |
| Bar diameter | mm | φ82 |
| With hollow chuck pull rod through hole | mm | φ62 |
| Spindle Ends Pattern | A2-8 | |
| Diameter of tailstock sleeve | mm | φ75 |
| Tailstock sleeve stroke | mm | 150 |
| Tailstock Configuration | Ordinary manual wheel | |
| Tools in electric tool post | pcs | 4 |
| Knife square size | mm | □25×25(Four stations) |
| X/Z direction moving speed | m/min | 4/5 |
| X direction stroke | mm | 280 |
| Z direction stroke | mm | 1000 |
| Minimum Setting Unit | mm | 0.001 |
| Main motor power | KW | 7.5 |
| Total Electric Power | KW | 13 |
| Machine Weight | Kg | 2600 |
| Machine Size（L×W×H） | mm | 2750×1800×1900 |
cnc lathe machine assembly
1. CNC lathe Fast and efficient production: Whether machining operations with CNC milling machines, flat bed CNC lathe, or some other CNC machine, we can cut raw materials at higher spindle speeds and feed rates, resulting in higher yields and improved profit potential . CMC lathe quickly makes up for its initial cost with higher yields and fewer errors.
2. CNC lathe machine Higher accuracy and repeatability: Because CNC machines operate without human intervention, they avoid human errors and inconsistencies that can creep into the manufacturing process and cause defects. Through G-code and computer-aided manufacturing software programs that guide the manufacturing process, Horizontal CNC Lathe provides greater precision than manual machine tools. The CNC programming remains the same throughout the NC machining process, unless the NC programming needs to be changed.
3.Horizontal CNC lathe machine Lower manufacturing costs: When computer-controlled machine tools, manufacturers use fewer resources and labor, resulting in cost savings. When we save money in the manufacturing process, the savings can be reinvested in producing more parts or lowering prices to attract more customers.
CNC lathe for metal has a wide range of applications: aviation industry, aerospace industry, shipbuilding industry, automobile manufacturing, weapon manufacturing, power generation equipment manufacturing, metallurgical equipment manufacturing, engineering machinery manufacturing, mold manufacturing, electronic information equipment manufacturing, etc.
Hard guide way CNC lathe-hard lead CNC lathe External protection Test machine
1. CNC lathe adopts mechatronics design, equipped with complete S.T.M function to realize automatic control, beautiful appearance, mature product structure and convenient operation.
2. The machine tool adopts the casting bed, the casting is subjected to secondary aging treatment, and the guide rail adopts the flame quenching or super audio quenching process, which ensures the long-term accuracy and stability of the whole machine.
3. The machine tool realizes automatic control, and can automatically complete the turning of internal and external circles, end faces, grooving, tapered surfaces, spherical surfaces and threads.
4. CNC lathe is suitable for large, medium and small batches, multi-variety and multi-specification parts, and has strong adaptability, especially when processing special-shaped parts such as conical and spherical surfaces, it can show its high efficiency. , The superiority of stable and reliable quality.
5. The machine tool is fully protected, with stable movement and low noise, which improves the ability of waterproof, rust-proof and chip-proof.
6. It can be matched with a manipulator to achieve more efficient and faster processing.
7. Row-type tool holder, the tool change error is small, the tool change is high-speed and accurate, and the processing time is greatly saved.
Equipment configuration and parameters
| Item | Unit | ALCK5085Dx1000 |
| Maximum turning diameter of bed | mm | φ520 |
| X-direction rail span | mm | 210 |
| Z-direction rail span | mm | 400 |
| Maximum turning diameter of slide | mm | φ300 |
| Center Head Distance | mm | 1000 |
| Maximum turning length | mm | 850 |
| Spindle hole diameter | mm | φ82 |
| Bar diameter | mm | φ82 |
| With hollow chuck pull rod through hole | mm | φ62 |
| Spindle Ends Pattern | A2-8 | |
| Diameter of tailstock sleeve | mm | φ75 |
| Tailstock sleeve stroke | mm | 150 |
| Tailstock Configuration | Ordinary manual wheel | |
| Tools in electric tool post | pcs | 4 |
| Knife square size | mm | □25×25(Four stations) |
| X/Z direction moving speed | m/min | 4/5 |
| X direction stroke | mm | 280 |
| Z direction stroke | mm | 1000 |
| Minimum Setting Unit | mm | 0.001 |
| Main motor power | KW | 7.5 |
| Total Electric Power | KW | 13 |
| Machine Weight | Kg | 2600 |
| Machine Size（L×W×H） | mm | 2750×1800×1900 |
cnc lathe machine assembly
1. CNC lathe Fast and efficient production: Whether machining operations with CNC milling machines, flat bed CNC lathe, or some other CNC machine, we can cut raw materials at higher spindle speeds and feed rates, resulting in higher yields and improved profit potential . CMC lathe quickly makes up for its initial cost with higher yields and fewer errors.
2. CNC lathe machine Higher accuracy and repeatability: Because CNC machines operate without human intervention, they avoid human errors and inconsistencies that can creep into the manufacturing process and cause defects. Through G-code and computer-aided manufacturing software programs that guide the manufacturing process, Horizontal CNC Lathe provides greater precision than manual machine tools. The CNC programming remains the same throughout the NC machining process, unless the NC programming needs to be changed.
3.Horizontal CNC lathe machine Lower manufacturing costs: When computer-controlled machine tools, manufacturers use fewer resources and labor, resulting in cost savings. When we save money in the manufacturing process, the savings can be reinvested in producing more parts or lowering prices to attract more customers.
CNC lathe for metal has a wide range of applications: aviation industry, aerospace industry, shipbuilding industry, automobile manufacturing, weapon manufacturing, power generation equipment manufacturing, metallurgical equipment manufacturing, engineering machinery manufacturing, mold manufacturing, electronic information equipment manufacturing, etc.
