Good cutting quality: narrow incision, low surface roughness value of the cutting surface, small width of the heat affected zone, almost unaffected material properties near the incision, minimal deformation, high cutting accuracy, and good geometric shape of the incision.
High cutting efficiency: Laser cutting speed is fast and can achieve mass production.
Good processing flexibility: It can cut parts of any shape, allowing for both two-dimensional and three-dimensional cutting.
Widely applicable materials: Laser cutting technology is widely used for cutting various metal and non-metal materials, including metal processing, automotive manufacturing, aerospace, electronics industry, medical equipment, craft gifts, etc.

In the machining industry, chuck mechanical arms are widely used in the loading and unloading operations of equipment such as lathes, milling machines and drilling machines. They can improve production efficiency and reduce errors caused by manual operations as well as the risk of industrial injuries. For example, when machining shaft parts on a CNC lathe, the chuck mechanical arm can quickly grab the blank materials and install them onto the lathe. After the machining is completed, it can remove the finished products in a timely manner. The whole process has a high degree of automation and can achieve uninterrupted production for 24 hours. In the field of 3D printing, chuck mechanical arms can be used to transport the printed workpieces, remove them from the printing platform and place them in the post-processing areas, such as cleaning and grinding stations.

It refers to Computer Numerical Control (CNC) machining technology. Through pre-written CNC programs, the movement trajectory of the cutting tools and machining parameters of machine tools can be precisely controlled to achieve high-precision machining of parts. In the manufacturing of complex components such as automobile engine blocks and cylinder heads, CNC machining centers can ensure the dimensional accuracy and surface quality of various holes and cylinders, thus ensuring the performance and reliability of the engine. In the medical field, for example, in the machining of orthopedic implants, CNC technology can precisely fabricate shapes and sizes that highly match human bones, improving the stability and biocompatibility of the implants.

Mechanical Manufacturing and Hardware Industry Processing of Various Shaft Parts: Such as motor shafts, pump shafts, transmission shafts, etc. Double-head CNC lathes can efficiently complete the processing of these shaft parts, ensuring their dimensional accuracy and geometric tolerances and improving the performance and quality of mechanical products. Thread Machining: It can machine various metric threads, imperial threads, and tapered threads, etc., and is widely used in the processing of various parts such as bolts, nuts, and lead screws in mechanical manufacturing. Hardware Fittings Processing: It includes various hardware fittings such as handles, hinges, nuts, bolts, etc. Double-head CNC lathes can realize their mass production, improve production efficiency and product quality, and meet the large-scale production needs of the hardware industry.

Automated Machining Equipment CNC Lathe: It can precisely machine various rotary parts by controlling the movement trajectory of the cutting tools of the lathe through the CNC system. In the mechanical manufacturing industry, CNC lathes can machine shaft and disc parts, such as the crankshaft and camshaft of automobile engines, and its machining accuracy can reach the micrometer level. CNC Milling Machine: It is mainly used to machine parts with shapes like planes and curved surfaces. In the field of mold manufacturing, CNC milling machines can precisely machine the cavities and cores of molds according to the design drawings of the molds, ensuring the accuracy and quality of the molds. Machining Center: It is a kind of CNC machine tool equipped with a tool magazine and an automatic tool changing device. It can complete multiple machining processes such as milling, drilling, and tapping in one clamping. In the manufacturing of aerospace parts, the machining center can efficiently machine complex structural parts, improving production efficiency and part quality.