Double Column Vertical machining adapts to the characteristics of traditional double-column machines with high rigidity, symmetrical structure, and high stability. Through element analysis, optimizing the structure of basic components, and improving the dynamic performance of the product we obtain the perfect combination of high power, high torque, high efficiency, and high precision processing. It is suitable for large and heavy processing fields such as shipbuilding, metallurgy, and petrochemical.
Horizontal Lathe Machine CNC Lathe YSC-580 adopts linear rolling guide imported from Taiwan to meet high-speed and high-efficiency requirements, reduce frictional resistance and temperature rise deformation, improve machining accuracy, and ensure long-term stability of cutting machining accuracy. The inclined bed CNC lathe adopts domestic or imported high-rigidity horizontal hydraulic servo turret tool holder, which has high positioning accuracy, fast tool change speed and small deformation in heavy cutting. The inclined bed CNC lathe adopts a 45-degree overall inclined bed structure, which can still maintain the stability of the machine tool precision during heavy cutting.
Vertical lathes, or VTLs, are one of the most traditional machine types. They are ideal for heavy-duty machining of medium to large parts. With different technologies, vertical lathes are also becoming more and more multifunctional. Our vertical lathe increases productivity by providing stable machining of thin and odd-shaped workpieces. The box-type base and column make a highly dependable, highly rigid structure and the headstock with flange construction minimizes the effects of thermal deformation and vibration, which ensures stable, accurate cutting.
The workbench of the vertical machining center is usually a cross slider T-slot workbench structure, two sets of vertical motion mechanisms are responsible for the movement direction, and the X-direction feed table cover is responsible for the Y-direction feed guide rail. Workbench, horizontal machining center is only designed for movement in the X direction or Y direction. The form of the workbench is generally a grid screw hole workbench and a rotary workbench. It is relatively easy to switch between the two workbenches.
YSV-855-5X is customized, combined with 5-axis system by YSV-855. Used in the medical industry.
Vertical machining center is a machining center whose spindle axis and worktable are set vertically. It can perform various vertical processing, such as milling, drilling, boring, tapping, cutting and other operations. It is mainly suitable for processing complex parts such as plates, discs, molds and small shells.
The structures of major components for double-column machines have been designed with the finite element method. We refine our design and improve product quality. provides stability, and power required to deliver super-sized precision for meticulous industries such as aerospace, electronics, and automotive. The solid double-column construction ensures greater rigidity and closer tolerances, making this machine well-suited for the efficient machining of general parts and rapid die & mold jobs.
Adopt gantry frame fixed beam structure, machine bed and main parts use high-strength cast iron, ensure the stability of the machine during long use term. X/Y-axis adopts super overloading linear rolling guideway, Z-axis adopts rectangular hardened and plastic hard guideway; high-precision, high-speed, strong cutting, and highly rigid. The spindle box is equipped with a hydraulic automatic balancing system, balancing dynamically the self-weight of the spindle box, guaranteeing processing accuracy and stability of the machine tool. For high-precision and high rigidity and large-torque spindle unit, the main transmission adopts gear speed shifting, high and low-speed automatic transmission by hydraulic station, suitable for low-speed heavy cutting.
The square ram gantry machining center adopts imported electrical components to ensure the safety and stability of the electrical system. The spindle components adopt an external circulating constant temperature cooling system, which improves the thermal stability of the machine tool.
Double Column Machine Center is mainly used for the processing of large mechanical parts and molds. It can meet the numerical control processing requirements of many kinds of precision parts such as basic large parts, plates, pan heads, molds etc. It is widely used in the processing of general mechanical parts, automobile molds, stamping molds, shipping molds, precision mechanical parts, large electronic product cases and etc.
The Z-axis components of the YSM series square ram gantry machining center adopt the square ram structure, and the four sides of the guide rail have large restraint sections and good rigidity, which are suitable for heavy cutting.
The gantry machining center refers to the machining center whose main axis Z axis is perpendicular to the worktable. The overall structure is a large-scale machining center machine tool. The gantry structure frame is composed of double columns and top beams. There is a beam in the middle of the double columns. It is especially suitable for processing large workpieces and shapes. complex artifacts.
CNC Double Columns Milling is mainly heavy milling top and bottom surfaces of the custom plate which is a specially designed vertical milling machine. The integrated high rigidity T-shaped bed, double-column structure, and crosswise overhangs structure ensure high straightness accuracy and excellent workability.
Heavy Cutting Double Column CNC Gantry Machining Center
The double-column machine adopts high rigid gantry frame structure and through two artificial aging treatments, has enough static and dynamic rigidity and good precision retention.
The double-column machining center has strong rigidity, a symmetrical structure, and high stability. Through continuous optimization of the component structure, the dynamic performance of the product is improved, and high-power, high-torque, high-efficiency, and high-precision machining are realized. It is suitable for large-scale processing fields such as shipbuilding, metallurgy, mining machinery, power energy, construction machinery, heavy industry machinery, and more.
High-speed CNC Double Column Machining Center. The machine's excellent load-bearing capacity and large worktable make this machine the first choice for heavy processing. The spindle is made of high rigidity and high anti-vibration material, with excellent anti-shaking and anti-vibration ability, which can effectively avoid the problem of machining workpiece surface accuracy caused by tool vibration. The high speed and high precision spindle with the machine's excellent load capacity and high strength and stability of the body make this machine the first choice for heavy processing.
Compared to vertical machining centers, horizontal machining centers offer the potential for improved spindle uptime, cycle times and throughput. Although they come with a higher price tag, their higher productivity can be significant to shops of all sizes.
Yangsen HMCs are designed to be highly stable, cost-effective, environmentally friendly, and easily adaptable to operation and maintenance. Those design concepts drive us to serve the customer to their satisfaction.
Horizontal machining center is mainly used to process parts with high precision, many processes, and complex shapes such as plates, disc parts, shell parts, molds, etc. It can continuously complete milling, drilling, expanding, reaming, and boring in one clamping.
Double Column Vertical machining adapts to the characteristics of traditional double-column machines with high rigidity, symmetrical structure, and high stability. Through element analysis, optimizing the structure of basic components, and improving the dynamic performance of the product we obtain the perfect combination of high power, high torque, high efficiency, and high precision processing. It is suitable for large and heavy processing fields such as shipbuilding, metallurgy, and petrochemical.
Horizontal Lathe Machine CNC Lathe YSC-580 adopts linear rolling guide imported from Taiwan to meet high-speed and high-efficiency requirements, reduce frictional resistance and temperature rise deformation, improve machining accuracy, and ensure long-term stability of cutting machining accuracy. The inclined bed CNC lathe adopts domestic or imported high-rigidity horizontal hydraulic servo turret tool holder, which has high positioning accuracy, fast tool change speed and small deformation in heavy cutting. The inclined bed CNC lathe adopts a 45-degree overall inclined bed structure, which can still maintain the stability of the machine tool precision during heavy cutting.
Vertical lathes, or VTLs, are one of the most traditional machine types. They are ideal for heavy-duty machining of medium to large parts. With different technologies, vertical lathes are also becoming more and more multifunctional. Our vertical lathe increases productivity by providing stable machining of thin and odd-shaped workpieces. The box-type base and column make a highly dependable, highly rigid structure and the headstock with flange construction minimizes the effects of thermal deformation and vibration, which ensures stable, accurate cutting.
The workbench of the vertical machining center is usually a cross slider T-slot workbench structure, two sets of vertical motion mechanisms are responsible for the movement direction, and the X-direction feed table cover is responsible for the Y-direction feed guide rail. Workbench, horizontal machining center is only designed for movement in the X direction or Y direction. The form of the workbench is generally a grid screw hole workbench and a rotary workbench. It is relatively easy to switch between the two workbenches.
YSV-855-5X is customized, combined with 5-axis system by YSV-855. Used in the medical industry.
Vertical machining center is a machining center whose spindle axis and worktable are set vertically. It can perform various vertical processing, such as milling, drilling, boring, tapping, cutting and other operations. It is mainly suitable for processing complex parts such as plates, discs, molds and small shells.
The structures of major components for double-column machines have been designed with the finite element method. We refine our design and improve product quality. provides stability, and power required to deliver super-sized precision for meticulous industries such as aerospace, electronics, and automotive. The solid double-column construction ensures greater rigidity and closer tolerances, making this machine well-suited for the efficient machining of general parts and rapid die & mold jobs.
Adopt gantry frame fixed beam structure, machine bed and main parts use high-strength cast iron, ensure the stability of the machine during long use term. X/Y-axis adopts super overloading linear rolling guideway, Z-axis adopts rectangular hardened and plastic hard guideway; high-precision, high-speed, strong cutting, and highly rigid. The spindle box is equipped with a hydraulic automatic balancing system, balancing dynamically the self-weight of the spindle box, guaranteeing processing accuracy and stability of the machine tool. For high-precision and high rigidity and large-torque spindle unit, the main transmission adopts gear speed shifting, high and low-speed automatic transmission by hydraulic station, suitable for low-speed heavy cutting.
The square ram gantry machining center adopts imported electrical components to ensure the safety and stability of the electrical system. The spindle components adopt an external circulating constant temperature cooling system, which improves the thermal stability of the machine tool.
Double Column Machine Center is mainly used for the processing of large mechanical parts and molds. It can meet the numerical control processing requirements of many kinds of precision parts such as basic large parts, plates, pan heads, molds etc. It is widely used in the processing of general mechanical parts, automobile molds, stamping molds, shipping molds, precision mechanical parts, large electronic product cases and etc.
The Z-axis components of the YSM series square ram gantry machining center adopt the square ram structure, and the four sides of the guide rail have large restraint sections and good rigidity, which are suitable for heavy cutting.
The gantry machining center refers to the machining center whose main axis Z axis is perpendicular to the worktable. The overall structure is a large-scale machining center machine tool. The gantry structure frame is composed of double columns and top beams. There is a beam in the middle of the double columns. It is especially suitable for processing large workpieces and shapes. complex artifacts.
CNC Double Columns Milling is mainly heavy milling top and bottom surfaces of the custom plate which is a specially designed vertical milling machine. The integrated high rigidity T-shaped bed, double-column structure, and crosswise overhangs structure ensure high straightness accuracy and excellent workability.
Heavy Cutting Double Column CNC Gantry Machining Center
The double-column machine adopts high rigid gantry frame structure and through two artificial aging treatments, has enough static and dynamic rigidity and good precision retention.
The double-column machining center has strong rigidity, a symmetrical structure, and high stability. Through continuous optimization of the component structure, the dynamic performance of the product is improved, and high-power, high-torque, high-efficiency, and high-precision machining are realized. It is suitable for large-scale processing fields such as shipbuilding, metallurgy, mining machinery, power energy, construction machinery, heavy industry machinery, and more.
High-speed CNC Double Column Machining Center. The machine's excellent load-bearing capacity and large worktable make this machine the first choice for heavy processing. The spindle is made of high rigidity and high anti-vibration material, with excellent anti-shaking and anti-vibration ability, which can effectively avoid the problem of machining workpiece surface accuracy caused by tool vibration. The high speed and high precision spindle with the machine's excellent load capacity and high strength and stability of the body make this machine the first choice for heavy processing.
Compared to vertical machining centers, horizontal machining centers offer the potential for improved spindle uptime, cycle times and throughput. Although they come with a higher price tag, their higher productivity can be significant to shops of all sizes.
Yangsen HMCs are designed to be highly stable, cost-effective, environmentally friendly, and easily adaptable to operation and maintenance. Those design concepts drive us to serve the customer to their satisfaction.
Horizontal machining center is mainly used to process parts with high precision, many processes, and complex shapes such as plates, disc parts, shell parts, molds, etc. It can continuously complete milling, drilling, expanding, reaming, and boring in one clamping.
