2026-01-15

Partial application scenarios of flanges


A flange is a core component used for connecting pipelines and equipment. It achieves a detachable, sealed, and pressure-bearing connection through bolt fastening. Flanges are widely used in applications such as fluid conveyance, equipment assembly, and industrial system construction.

View More

2026-01-12

Coal Mill Cylinder Manufacturing Process


As the core load-bearing component, the coal mill cylinder’s manufacturing process directly determines the equipment’s operational stability, wear resistance, and service life.

View More

2026-01-11

Typical machining scenarios for CNC machine tools


Compared to traditional machine tools, CNC machine tools replace manual operations with digital programming, employ closed-loop control to ensure machining accuracy, and utilize multi-axis linkage to achieve complex machining processes. Thanks to their technical features of high precision, high efficiency, and high flexibility, CNC machine tools have thoroughly addressed the industry’s longstanding pain points—low precision, slow efficiency, and poor adaptability—in conventional machining.

View More

2026-01-09

The working principle of a milling machine.


A milling machine is a type of machine tool that uses a milling cutter as its cutting tool. It performs machining operations on workpieces by combining the rotational motion of the cutter with the feed motion of the workpiece. Its key feature is that the cutter performs a high-speed rotary motion, while the workpiece undergoes a slow linear or curvilinear feed motion, enabling it to process complex surfaces on metal workpieces, such as flat surfaces, inclined surfaces, grooves, gears, and threads.

View More

2026-01-08

The working principle of a gear hobbing machine.


The working principle of a gear hobbing machine is similar to that of a gear shaping machine—it uses the generating method (involute method) to manufacture gears. However, its cutting motion mode, tool structure, and application scenarios differ significantly from those of a gear shaping machine. Gear hobbing machines are primarily used to produce spur cylindrical gears, internal gears, multi-gear assemblies, racks, and certain specialized tooth profiles that are difficult to process using gear shaping machines. They are one of the core pieces of equipment in gear manufacturing.

View More

2026-01-07

The working principle of a gear hobbing machine.


The gear hobbing machine achieves efficient and high-precision gear machining through the generating method. At its core lies the precise meshing motion between the hob and the workpiece, which, combined with axial, radial, and tangential feeds as well as additional helical motion, enables continuous cutting of various tooth profiles. It is a key piece of equipment in modern gear manufacturing.

View More

< 1234 >