China Electric Lathe Tool Turret for CNC Lathe Bwd 63 6 Position

Over the years, we have carefully polished and innovated our products for the sake of making cnc turning machine center, automatic screw fastening machine, vertical cnc machining. In the increasingly competitive market, With sincere service high quality products and well-deserved reputation, we always offer customers support on products and techniques to achieve long-term cooperation. What makes our customers successful is the source of our corporate culture, and the driving force of our development comes from the increasing needs of customers.

 

CNC Lathe Machine Milling CNC Turn Mill CentreParameters

STANDARD SPECIFICATION

 

Maximum bed effect special diameter mm Φ460

Maximum machining diameter mm Φ360

Maximum machining diameter on the tool post mm Φ170

Maximum processing length mm 350

Maximum bar diameter mm Φ45

Spindle nose/nose end runout accuracy A2-5/0.003

Spindle bore diameter mm Φ56

Maximum spindle speed rpm 4500rpm

Hydraulic cylinder/chuck 6"

X-axis mm 210

Z axis stroke mm 400

Rapid traverse X-axis mm 24

Z-axis mm 24

Slide rail type Roller linear rail 35

Positioning accuracy ±0.005

Repositioning accuracy ±0.003

Number of tools 10T

Outer diameter tool holder specification mm 20x20

Inside diameter tool holder specification mm Φ32

Mutual tool change cycle Sec 0.2

Positioning accuracy ±4"

Repeat positioning accuracy ±2"

Tailstock sleeve diameter mm Φ60

Sleeve stroke mm 80

Sleeve taper MT #4

Spindle motor power kw 7.5/11

X-axis servo motor 1.7 kw

Z-axis servo motor 1.7 kw

Machine size mm2000*1600mm*1660mm

Bed weight kg 3000kg

Precision testing of CNC slant bed is a crucial process in affirming the accuracy and reliability of these machines. The precision testing process involves a thorough and systematic assessment of all the key components that make up the CNC slant bed, including the bearings, spindles, and other structural components.

 

The CNC slant bed precision testing is conducted using highly sensitive measuring equipment and tools, which ensures that even the slightest variations in the machine's performance and operation are detected. The results of this testing are then used to calibrate the machine, achieving optimal accuracy and precision in its operations.

 

Quality control measures are also put in place during the manufacturing process of the CNC slant bed machine to ensure that it meets the required precision standards. This helps to ensure that the precision testing carried out is successful, and the machine is fit for use in various industries that require high precision and accuracy.

 

In conclusion, the precision testing of the CNC slant bed machine is essential in ensuring its accuracy and reliability. It is a testament to the superior engineering and manufacturing of these CNC machines that they can meet such high standards of precision. The use of advanced testing equipment and quality control measures can assure users of the CNC slant bed's accuracy, reliability, and durability.

 

STANDARD FEATURES

 

Chuck and cylinder 6"

A2-5 spindle

Spindle motor 7.5/11kw

Control system FANUC 0ITF

Rigid tapping

Electrical manual

System program storage

System User Manual

System program operation manual

10T Taiwan TJ turret

Inner diameter tool holder Φ32

Outer diameter tool holder 20X20

Inner hole tool sleeve 8-25

High pressure cooling water pump

Pull-out cooling water tank

Water separator

Coolant stock detector

Sleeve tailstock

The Z axis drives the tailstock device

Standard Activity Top MT#4

Tailstock foot switch

Fully enclosed protective sheet metal

Fully sealed protective device

Overtravel limit (alarm)

Overload monitoring system

Transformer Toolbox

Operate small tools

Accuracy inspection certificate

Operation status three-color indicator energy-saving work light

Heat exchanger

Complete hydraulic system

Automatic lubrication system

 

Optional :

Automatic chain chip conveyor + barrel car

 

 

Cnc Lathe Machine Milling will be standard with Japan BMT live tool,

CNC Lathe Machine 8" chuck processing application guide

 

1. The surface roughness of ordinary high-speed precision machining lathes cannot meet the requirements. what is the reason?

 

1. Problem analysis: I often see some novices operating lathes. When finishing small shafts or small hole parts, the speed has reached the limit speed of the machine. However, due to technical reasons, the size of the processing is not directly in place, only a few threads or a dozen threads are in place. At this time, the tool is in the state of fine turning. The result is the size, but the surface roughness is poor.

 

2. The reason is that the alloy knife does not cut into the meat as smoothly as a kitchen knife. It cuts off the iron filings with a little squeeze. When the margin is sufficient, it will be smoothly "cut" due to the toughness of the material, and the surface will become smooth. However, once the margin is too small, the small iron filings cannot be removed smoothly due to the squeezing effect, and the surface of the workpiece will be "picked".

 

3. Solution: The margin reserved for finishing cannot be less than 0.35mm, otherwise the surface of the workpiece will be damaged due to insufficient iron filings. Improving the method of mastering dimensional accuracy has become the key to solving this type of problem!

 

2. What is the reason for the excessive resistance during cnc metal processing and drilling? What is the reason for not punching?

 

1. The chisel is too wide! The chisel edge at the core is an important factor that directly affects the drilling resistance. Generally, the width of the chisel edge is trimmed to 1/3---1/5 of the original before it can be lightly cut into the workpiece.

 

2. The back angle is too big! Many novice turners are always afraid that the drill bit is not sharp enough, so they grind the back of the drill bit very obliquely! The actual processing of this drill is not as smooth as expected. Especially at the moment of cutting and reaming, it is easy to produce edge chipping, generate huge noise, and affect the image of the lathe. In addition, if the relief angle is too large, it will produce a lot of vibration, which will cause severe vibration of the drill bit during processing. For small and long drill bits, inexplicable fractures are more likely to occur. Therefore, the relief angle should not be too large. Generally, 6-8 degrees is appropriate, and the back shape should not be ground into a straight shape as much as possible. It is better to be ground into an arc shape and more durable.

 

3. The front corner near the chisel edge should be artificially enlarged! Grind the rake angle close to the cutting edge of the drill to reduce drilling resistance and make cutting light and labor-saving.

 

4. The drill blade is asymmetrical and the center is offset! After rough sharpening the drill point, first correct the chisel edge to make the chisel edge shorter, which is more conducive to observing whether the drill core position is centered.

 

3. The turning tool keeps chipping, how to solve it?

 

1. Problem analysis: After the iron filings are turned by the turning tool, they pass through the front of the turning tool and crimp and break along the shape of the front end of the turning tool. Therefore, the shape of the front end of the turning tool directly affects the deformation of the iron filings.

 

2. If you carefully observe the deformation of the iron filings, you will find that after the iron filings are cut, they will bend and deform before passing through the turning tool. When the iron chips pass through the chip flutes, they begin to bend upwards and then move before the turn!

 

3. The iron filings of continuous debris usually extend a long distance backwards before they begin to bend forwards after the iron filings pass through the chip flute. However, the broken iron filings began to flip forward violently after hitting the edge of the chip flute, and then hit the lower part of the tool forcefully and shattered! Then, the key to breaking the iron filings is how to force the iron filings to cross the edge of the chip flute and begin to fold forward!

 

4. Solution: Grind the cutting edge of the CNC machined part to a position lower than the edge of the groove to form a high and low step shape. The arc of the steps is minimized, forming a "chip stop" close to a right angle.

The precision maintenance of CNC slant bed is of utmost importance for ensuring optimum machining results. CNC slant bed machines are engineered to deliver high-speed and high-precision performance. The accuracy of the machine is achieved through the use of precision components and advanced control systems.

 

In order to maintain the precision of CNC slant bed machine, regular maintenance checks and proper machine use are essential. The machine should be kept well lubricated, and the cutting tools should be sharp and properly aligned. The machine should be calibrated regularly to ensure that it is operating at the intended level of accuracy.

 

The precision maintenance of CNC slant bed machines is a testament to the engineering excellence of these sophisticated machines. Through regular maintenance and proper use, these machines can provide accurate machining results for years to come. The attention to detail involved in maintaining these machines speaks to the high level of precision that is expected of them, and is a testament to the engineering excellence that goes into their design.

 

Overall, the precision maintenance of CNC slant bed machines is a crucial factor in achieving high-quality machining results. With proper maintenance and use, these machines can deliver precision performance that is second-to-none, in a variety of machining applications.

 

Excellent design, meticulous manufacturing, and perfect after-sales service have established a good image and reputation for our China Electric Lathe Tool Turret for CNC Lathe Bwd 63 6 Position among a large customer base. The trust and support of customers is the core driving force for our company to keep pioneering spirit and forge ahead in the face of various complex environments. We constantly improve and standardize the management system. Now, our company has become a well-known brand in the same industry at home and abroad, and has been recognized by new and old customers at home and abroad.