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YANGSEN offers remarkable products, fast services, and punctual delivery time.
Engraving And Milling Machine
Drilling And Tapping Machine
Vertical Machine
Single-Pallet Series
Cross Sliding Table
Inverted T-structure
Upright T-structure
Dual-Pallets Series
Horizontal Boring Machine
110 Series
130 Series
High-speed drilling and tapping machine
Lathe machining center
Longmen
Moving-column gantry
Fixed-beam gantry
Fixed Beam Series
Horse Series
18 Series
V Series
M Series
22 Series
Cattle Series
Z-Axis Four-Linear Guideway
X-Axis Two-Linear Guideway
27 Door Width
30 Door Width
35 Door Width
X-Axis Three-Linear Guideway
36 Door Width
41 Door Width
420x400 Square-Type Ram
Elephant Series
28 Door Width
32 Door Width
38 Door Width
42 Door Width
50 Door Width
Moving Column Series
Fixed Column Moving Beam Series
Moving Column Moving Beam Series
Crane Series
Economy Series
B(A)C Series
BC Series
AC Series
Fixed Beam Gantry Machine Series
Overhead gantry crane
Cradle five-axis
Profile machine
RHE-1000
Widely used in industries such as automotive, aerospace, home appliances, and general machinery.
YV-1060S
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform a variety of operations—including milling, drilling, reaming, boring, and tapping—without the need for manual intervention. These machines are ideal for machining parts such as discs, sleeves, and plates, and are also capable of processing complex components like molds and small housings. They find extensive applications in industries including automotive, construction machinery, optics, medical equipment, mold making, and aerospace.
YSV-1782
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform various operations—including milling, drilling, reaming, boring, and tapping—without manual intervention. These machines are ideal for machining parts such as discs, sleeves, and plates, and are also capable of handling complex components like molds and small housings. They find extensive applications in industries including automotive, construction machinery, optics, medical equipment, mold manufacturing, and aerospace.
YSV-1685
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform a variety of operations—including milling, drilling, reaming, boring, and tapping—without further manual intervention. These machines are well-suited for machining parts such as discs, sleeves, and plates, and can also handle complex components like molds and small housings. They are widely used in industries including automotive, construction machinery, optics, medical equipment, mold making, and aerospace.
YSV-1482
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform a variety of operations—including milling, drilling, reaming, boring, and tapping—without the need for additional setups. These machines are well-suited for machining parts such as discs, sleeves, and plates, and can also handle complex components like molds and small housings. They are widely used in industries including automotive, construction machinery, optics, medical equipment, mold making, and aerospace.
YSV-1265
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform a variety of operations—including milling, drilling, reaming, boring, and tapping—without the need for additional setups. These machines are ideal for machining parts such as discs, sleeves, and plates, and are also capable of processing complex components like molds and small housings. They find extensive applications in industries including automotive, construction machinery, optics, medical equipment, mold making, and aerospace.
YSV-1160
YSV-1060Z
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform a variety of operations—including milling, drilling, reaming, boring, and tapping—without further manual intervention. These machines are well-suited for machining parts such as discs, sleeves, and plates, and can also handle complex components like molds and small housings. They find extensive applications in industries including automotive, construction machinery, optics, medical equipment, mold making, and aerospace.
YSV-966
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform various operations—including milling, drilling, reaming, boring, and tapping—without the need for additional setups. These machines are ideal for machining parts such as discs, sleeves, and plates, and are also capable of handling complex components like molds and small housings. They find extensive applications in industries including automotive, construction machinery, optics, medical equipment, mold manufacturing, and aerospace.
YSL-1782
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform a variety of operations—including milling, drilling, reaming, boring, and tapping—without the need for manual intervention. These machines are well-suited for machining parts such as discs, sleeves, and plates, and can also handle complex components like molds and small housings. They are widely used in industries including automotive, construction machinery, optics, medical equipment, mold making, and aerospace.
YSL-1482
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform a variety of operations—including milling, drilling, reaming, boring, and tapping—without further manual intervention. These machines are ideal for machining parts such as discs, sleeves, and plates, and are also capable of processing complex components like molds and small housings. They find extensive applications in industries including automotive, construction machinery, optics, medical equipment, mold making, and aerospace.
YSL-1265
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform various operations—including milling, drilling, reaming, boring, and tapping—without manual intervention. These machines are ideal for machining parts such as discs, sleeves, and plates, and are also capable of processing complex components like molds and small housings. They are widely used in industries including automotive, construction machinery, optics, medical equipment, mold making, and aerospace.
YSL-1060
Vertical machining centers boast high-efficiency machining capabilities. After a workpiece is clamped once, the machine tool can automatically and continuously perform a variety of operations—including milling, drilling, reaming, boring, and tapping—without the need for additional setups. These centers are ideal for machining parts such as disks, sleeves, and plates, and are also capable of handling complex components like molds and small housings. They find extensive applications in industries including automotive, construction machinery, optics, medical equipment, mold making, and aerospace.
YSV-1782 Dual-Turret Tool Magazine
It can be used to machine aluminum parts, steel parts, and components made from difficult-to-machine materials, meeting the requirements for multi-product, multi-process, and high-precision cutting. This approach maximizes the reduction of manual labor dependency, enhances equipment utilization rates, and improves the return on investment for equipment.
YSV-1482 Dual Tool Magazine
YSV-1265 Dual-Turret Tool Changer
It can be used to machine aluminum parts, steel parts, and components made from difficult-to-machine materials, meeting the requirements for multi-product, multi-process, and high-precision cutting. This approach maximizes the reduction of manual labor dependency, improves equipment utilization rates, and enhances the return on investment in equipment.