CNC Horizontal Lathe Feature
1. High-precision machining
The application of CNC technology enables CNC horizontal lathes to achieve high-precision, high-quality parts processing. Their positioning accuracy and repeatability can reach the micron level, which meets the manufacturing needs of many high-end products.
2. Automated production
CNC horizontal lathes can automatically complete turning, cutting and other machining processes according to pre-written CNC programs, which greatly improves production efficiency and reduces the errors caused by manual operation. This is advantageous for high-volume production.
3. Processing flexibility
By changing the CNC program, the CNC horizontal lathe can quickly switch the machining of different parts. This flexibility allows the production process to adapt to changing needs, increasing the adaptability of production.
Wide range of applications
CNC horizontal lathes are suitable for processing shaft and tube parts with large diameters, and are widely used in aerospace, automobile manufacturing, machinery manufacturing, and many other industries.
Increase productivity
Compared with traditional manual lathes, CNC horizontal lathes can greatly shorten the machining time and improve production efficiency. There is a high degree of automation and requires less manual operation.
Configuration
Parameter (conventional lathe can also be supplied)
SPECIFICATION | UNIT | CK6163 |
Swing over bed | mm | Φ630 |
Swing over gap | mm | Φ800 |
Swing over cross slide | mm | Φ350 |
Distance between centers | mm | 1500/2000/3000 |
Width of bed way | mm | 550 |
Max. load capacity | T | 3 |
Spindle bore | mm | Φ104 |
Spindle bore taper | - | MetricΦ120, MT#5 |
Spindle nose type | - | C11 |
Spindle speed steps | - | Step-less |
Spindle speed range | rpm | 0-1000 |
Chuck size | mm | Φ315 |
Chuck type | - | 3-jaw manual |
Turret type | - | NC turret 4 position |
Tool shank size | mm | 32x32 |
X axis travel | mm | 320 |
Z axis travel | mm | 1350/1850/2850 |
X axis rapid traverse speed | mm/min | 4000 |
Z axis rapid traverse speed | mm/min | 4000 |
Tailstock quill diameter | mm | Φ104 |
Tailstock quill taper | - | MT#5 |
Tailstock quill travel | mm | 250 |
Main spindle motor | kW | Servo 15 |
Coolant pump motor | kW | 0.125 |
Positioning accuracy | mm | 0.020 |
Repositioning accuracy | mm | 0.010 |
Width x Height | mm | 1690x1640 |
Length | mm | 3890/4390/5390 |
Net weight | T | 3.8/4.1/4.8 |
SPECIFICATIONS | Units | CK6180 | |
Swing over bed | mm | 800 | |
Swing over cross slide | mm | 480 | |
Distance between centers | mm | 1000-10000 | |
Guideway width | mm | 600 | |
Max. load capacity | T | 4 | |
Spindle bore | mm | 105 | |
Spindle bore taper | - | Metric φ120/MT6 | |
Spindle nose type | - | C11 | |
Spindle speed steps | - | 3 steps | |
Spindle speed range | rpm | 20-800 | |
Chuck | mm | φ400 3-jaw manual | |
Turret/tool post | - | Electric 4 position | |
Tool size | mm | 32×32 | |
X axis travel | mm | 420 | |
Z axis travel | mm | 1000-10000 | |
X axis rapid traverse | mm/min | 4000 | |
Z axis rapid traverse | mm/min | 6000 | |
Tailstock quill diameter | mm | φ120 | |
Performance characteristics:
◎The whole bed is cast by the resin sand process, which is treated by aging, with a beautiful appearance, good rigidity, and high precision
◎The surface of the guide rail is quenched by ultra-audio, which has extremely high precision retention, high hardness, and long life
◎ The high-quality scraper plate is used to prevent the scratching of the guide rail, and the guide rail surface is made of plastic, which has good wear resistance and high precision
Standard configuration
Four-station electric turret, three-jaw chuck, manual tailstock, automatic centralized lubrication, cooling system, semi-closed protective cover
Optional configuration
CNC systems such as Siemens, Fanuc, Guangshu and Kande, horizontal or driven turrets, pneumatic or hydraulic chucks, hydraulic tailstocks, fully enclosed protective covers
Workshop
FAQ
Acceptance:
The content of pre-acceptance by the standard of machine acceptance
and a precision inspection sheet.
Installation
1) The buyer, according to the foundation chart, was offered by the seller.
2) After the equipment arrives at the user site, the buyer needs to complete the preparations for the three-phase power supply, three-phase four-core cable, compressed air source, etc., and provide the cables as mentioned above and air pipes to enter the standard interface of the machine tool, and the user will notify the supplier to install and debug after the preparation is ready.
Training
• 1-2 days: Inspection of cable connection, the finished foundation is qualified to guide the
customer to know each component's name and functions as well.
1) Demo and teach the user to calibrate and use customer workpieces in the machine.
Review all operation steps and learn each part's maintenance method.
Warranty period is 14 months from the date of debugging in the customer workshop.
In the warranty period
If some parts need to be replaced due to the quality of the product, the company is responsible for free replacement. If the issue is not related to the product quality of the Vertical Lathe, or if the company needs to send a technician to fix the Vertical Lathe, the appropriate fees should be collected.
Our company will assist customers in getting the machine running well and answer all questions
from customers online.
For simple operation issues through email/WhatsApp/video/phone call deal with directly
For a difficult issue, invite an engineer to help you repair or debug onsite.
Out of warranty period:
The customer just pays the cost of parts at a reasonable and lower price.
Troubleshooting
1) Before delivery: The Special QC department carefully checks to ensure that all is qualified with high
quality
2) Through seeing customers' actual photos or videos, using the discussed group or email, or video
meeting or a phone call gives solutions immediately
3) The dispatch engineer goes to customer workshops onsite.
CNC Horizontal Lathe Feature
1. High-precision machining
The application of CNC technology enables CNC horizontal lathes to achieve high-precision, high-quality parts processing. Their positioning accuracy and repeatability can reach the micron level, which meets the manufacturing needs of many high-end products.
2. Automated production
CNC horizontal lathes can automatically complete turning, cutting and other machining processes according to pre-written CNC programs, which greatly improves production efficiency and reduces the errors caused by manual operation. This is advantageous for high-volume production.
3. Processing flexibility
By changing the CNC program, the CNC horizontal lathe can quickly switch the machining of different parts. This flexibility allows the production process to adapt to changing needs, increasing the adaptability of production.
Wide range of applications
CNC horizontal lathes are suitable for processing shaft and tube parts with large diameters, and are widely used in aerospace, automobile manufacturing, machinery manufacturing, and many other industries.
Increase productivity
Compared with traditional manual lathes, CNC horizontal lathes can greatly shorten the machining time and improve production efficiency. There is a high degree of automation and requires less manual operation.
Configuration
Parameter (conventional lathe can also be supplied)
SPECIFICATION | UNIT | CK6163 |
Swing over bed | mm | Φ630 |
Swing over gap | mm | Φ800 |
Swing over cross slide | mm | Φ350 |
Distance between centers | mm | 1500/2000/3000 |
Width of bed way | mm | 550 |
Max. load capacity | T | 3 |
Spindle bore | mm | Φ104 |
Spindle bore taper | - | MetricΦ120, MT#5 |
Spindle nose type | - | C11 |
Spindle speed steps | - | Step-less |
Spindle speed range | rpm | 0-1000 |
Chuck size | mm | Φ315 |
Chuck type | - | 3-jaw manual |
Turret type | - | NC turret 4 position |
Tool shank size | mm | 32x32 |
X axis travel | mm | 320 |
Z axis travel | mm | 1350/1850/2850 |
X axis rapid traverse speed | mm/min | 4000 |
Z axis rapid traverse speed | mm/min | 4000 |
Tailstock quill diameter | mm | Φ104 |
Tailstock quill taper | - | MT#5 |
Tailstock quill travel | mm | 250 |
Main spindle motor | kW | Servo 15 |
Coolant pump motor | kW | 0.125 |
Positioning accuracy | mm | 0.020 |
Repositioning accuracy | mm | 0.010 |
Width x Height | mm | 1690x1640 |
Length | mm | 3890/4390/5390 |
Net weight | T | 3.8/4.1/4.8 |
SPECIFICATIONS | Units | CK6180 | |
Swing over bed | mm | 800 | |
Swing over cross slide | mm | 480 | |
Distance between centers | mm | 1000-10000 | |
Guideway width | mm | 600 | |
Max. load capacity | T | 4 | |
Spindle bore | mm | 105 | |
Spindle bore taper | - | Metric φ120/MT6 | |
Spindle nose type | - | C11 | |
Spindle speed steps | - | 3 steps | |
Spindle speed range | rpm | 20-800 | |
Chuck | mm | φ400 3-jaw manual | |
Turret/tool post | - | Electric 4 position | |
Tool size | mm | 32×32 | |
X axis travel | mm | 420 | |
Z axis travel | mm | 1000-10000 | |
X axis rapid traverse | mm/min | 4000 | |
Z axis rapid traverse | mm/min | 6000 | |
Tailstock quill diameter | mm | φ120 | |
Performance characteristics:
◎The whole bed is cast by the resin sand process, which is treated by aging, with a beautiful appearance, good rigidity, and high precision
◎The surface of the guide rail is quenched by ultra-audio, which has extremely high precision retention, high hardness, and long life
◎ The high-quality scraper plate is used to prevent the scratching of the guide rail, and the guide rail surface is made of plastic, which has good wear resistance and high precision
Standard configuration
Four-station electric turret, three-jaw chuck, manual tailstock, automatic centralized lubrication, cooling system, semi-closed protective cover
Optional configuration
CNC systems such as Siemens, Fanuc, Guangshu and Kande, horizontal or driven turrets, pneumatic or hydraulic chucks, hydraulic tailstocks, fully enclosed protective covers
Workshop
FAQ
Acceptance:
The content of pre-acceptance by the standard of machine acceptance
and a precision inspection sheet.
Installation
1) The buyer, according to the foundation chart, was offered by the seller.
2) After the equipment arrives at the user site, the buyer needs to complete the preparations for the three-phase power supply, three-phase four-core cable, compressed air source, etc., and provide the cables as mentioned above and air pipes to enter the standard interface of the machine tool, and the user will notify the supplier to install and debug after the preparation is ready.
Training
• 1-2 days: Inspection of cable connection, the finished foundation is qualified to guide the
customer to know each component's name and functions as well.
1) Demo and teach the user to calibrate and use customer workpieces in the machine.
Review all operation steps and learn each part's maintenance method.
Warranty period is 14 months from the date of debugging in the customer workshop.
In the warranty period
If some parts need to be replaced due to the quality of the product, the company is responsible for free replacement. If the issue is not related to the product quality of the Vertical Lathe, or if the company needs to send a technician to fix the Vertical Lathe, the appropriate fees should be collected.
Our company will assist customers in getting the machine running well and answer all questions
from customers online.
For simple operation issues through email/WhatsApp/video/phone call deal with directly
For a difficult issue, invite an engineer to help you repair or debug onsite.
Out of warranty period:
The customer just pays the cost of parts at a reasonable and lower price.
Troubleshooting
1) Before delivery: The Special QC department carefully checks to ensure that all is qualified with high
quality
2) Through seeing customers' actual photos or videos, using the discussed group or email, or video
meeting or a phone call gives solutions immediately
3) The dispatch engineer goes to customer workshops onsite.
