TAICNC CNC lathe: economical CNC turning center for personal studios and companies
TAICNC has a series of flat bed CNC lathes and slant bed CNC lathes, all of which are excellent horizontal CNC lathes with high economical reliability.
Flat bed CNC lathe
The flat bed CNC lathe is an economical CNC lathe developed by TAICNC according to market demand. It has the characteristics of simple and practical, convenient operation and high processing precision. It can realize complex parts processing such as straight line, taper, arc and thread, especially suitable for parts. Complex single-piece and mass-produced products.
Slant bed CNC lathe
Packed with industry-leading technology and top quality components, the SCK series turning centers combine power, strength, and speed to bring you The Ultimate Machining Power®. These high-speed machines will easily accomplish the demanding turning applications of today and tomorrow. Furthermore, with available live tooling, C-axis, and Y-axis capabilities; milling, turning applications may be completed in one single machine.
machine use high-strength cast iron bed, optional 8-station servo turrent, standing hydraulic chuck, Syntec servo digital drive.,spindle control accuracy of 5μ, new bed structure to make the chip removal more smoothly.
Key features of TAICNC CNC turning centers
Committed to providing customers with cost-effective CNC turning center is our goal. The flat bed CNC lathe has the characteristics of high rigidity and high precision. The slant bed CNC turning center can be integrated with turning and milling functions. It can independently complete complex processes and produce one-time molding. They are subject to strict quality testing and are very precise and stable.
flat bed CNC lathe It is a CNC machine tool for metal machining.
Better stability means better machining accuracy. TAICNC CNC lathe are designed with stability and rigidity in mind to assure optimal stability when performing heavy – duty cutting.
The TAICNC Flat Bed CNC lathe is designed and built with one thought in mind customers have come to expect.
Slant bed CNC lathe machine is a high precision, high efficiency of automated machine tools, also called CNC turning center, which is equipped with multi-position device or power tool turret, the machine will have added extensive process performance, processability straight cylinder, slash Cylindrical, circular arc and various complex workpieces such as threads, grooves and worms.
Best structural design
High strength headstock
CK series flat bed CNC lathe uses ultra-audio quenching track, which makes it have good rigidity and stability. it can complete the machining of copper, aluminum, steel and other materials. it is the best flat bed CNC lathe.
Ultra-wide X-axis and Z-axis hard rail design, so that CK series CNC turning center in the re-cutting load to show the best stability and efficiency, all hard rail surface after precision grinding and heat treatment.
Flat bed CNC lathe Technical Specifications
The flat bed CNC lathe is controlled by servo motor and equipped with mature and stable CNC controllers on the market. They are suitable for personal studio or enterprise manufacturing applications.
Slant bed CNC turning center model
The slant bed CNC turning center has the advantages of high speed and high precision. Optional Row Knife
Or the servo turret, which has strong rigidity and cutting force, can meet the needs of various complex machining and also supports the integrated machining of turning and milling.
Slant Bed CNC lathe Technical Specifications
Slant bed CNC lathe or turning center It is suitable for all industries. Whether you are a personal studio or a company, it can meet your manufacturing needs. TAICNC is a manufacturing expert of CNC turning center in China.
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Computer numerical control (CNC) has been incorporated into a variety of new technologies and machinery. One such machine of this sort that is used for a wide array of production processes is known as a CNC lathe.
Turning is a machining process used to make cylindrical parts in which the cutting tool moves in a linear fashion while the workpiece rotates. Commonly performed with a lathe, turning reduces the diameter of a workpiece to a specified dimension and produces a smooth part finish. A turning center is a lathe with a computer numerical control (CNC). Sophisticated turning centers can also perform a variety of milling and drilling operations.
There has been considerable growth in the CNC machining industry, particularly when it comes to the design and use of CNC lathes. Different lathe manufacturers utilize a variety of user interfaces, which can be a challenge to the operators. But these systems are mostly based on the same principles across the board since a CNC lathe is programmed to perform similar functions in terms of what it is intended to manufacture.
Like other CNC machines, CNC lathes have become a major part of the manufacturing industry in recent years. So, it is expected that the operations of such machines will continue to improve and carry significant weight in this field.
Uses of CNC lathe or turning center?
With CNC lathe machines, the material being worked is slowly sheared away. The result is a beautifully finished product or intricate part. Because these machines are so versatile, they are used by many industries to include automotive, electronics, aerospace, firearm manufacturing, sporting, and much more.
A CNC lathe can be used to produce plane surfaces and screw threads or in the case of ornamental lathes, three-dimensional products that are quite complex. In any case, the workpiece is held firmly in place by one or two centers, with at minimum one being moved horizontally. However, the material can also be secured with clamps or collets.
Some prime examples of finished items as a result of using CNC lathe machines include:
Because the work is so detailed, a qualified professional must run the lathe. Even though manufacturing processes are made easier due to automation, which consists of complex commands and speed rate instructed by an internal computer, a qualified operation oversees the overall operation. Therefore, special training to develop the necessary skills is mandatory.
Although automated, there are challenges with CNC lathe machines. For this reason, an operator must understand the parameters of computer programming, safety standards, and an array of other vital information.