Two-line-one-hard machining center - ideal for processing medium and large molds

The two-line-one-hard machining center adopts a dual Y-axis design. The so-called two-line-one-hard machining center usually refers to a machining center that uses linear sliders for the X and Y axes and a hard rail for the Z axis and has local characteristics of both linear slider and hard rail machining centers. It can achieve linear movement in two directions, improving the processing range and flexibility. The high-rigidity gantry structure can ensure stability under high-speed and heavy-duty cutting conditions, and reduce vibration and thermal deformation. Two-line-one-hard machining center is a machining center machine specifically used for manufacturing molds. In addition, the machining center is usually equipped with high-performance CNC systems and high-precision workbenches to ensure high-precision machining performance.

Two-line-one-hard machining center is suitable for processing:

various typical parts such as complex cams, templates, molds, arcs, etc;

batch-processing of versatile molds such as plastic molds, silicone molds, metal-stamping molds, small and medium-sized molds, mold blanks, and other hard materials and precision parts.

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This type of machining center has structural characteristics such as high strength, rigidity, and flow chip removal, which can efficiently complete automatic machining of various complex parts. Especially suitable for processing medium and large molds, it is one of the mainstream products in meeting the manufacturing market. Widely applicable, eligible for multi-variety processing of complex parts such as medium and large box bodies, plates, disks, shells, etc, broadly used in automotive parts, valves, engineering machinery, IT equipment, optical equipment, medical equipment, and aerospace.

The main advantage of a two-line-one-hard machining center is its versatility and adaptability, which can process different types of workpieces such as metal materials, plastic materials, etc, such as component processing, mold manufacturing, etc. In addition, through the tool magazine and automatic tool changing system, it is possible to achieve automated processing of multiple processes and improve production efficiency. Usually used for processing large, complex, and high-quality parts, such as key components in aerospace, automotive, and energy fields.

In the aerospace field, a two-line-one-hard machining center can be used to process large, complex, and high-quality parts such as aircraft bodies, wings, and engine components.

In the automotive field, it can process key components such as engines, transmissions, and chassis.

In the energy sector, it can process large and heavy components such as nuclear reactors and wind turbines.

Two-line-one-hard machining centers are more suitable for heavy cutting of black metals, as they have a large cutting volume and are reliable for large and thick mold roughing ; the general impression of a three linear slider is that it has high processing accuracy but poor load-bearing capacity. However, nowadays, three linear sliders also have heavy-duty rails with a large slider design, which is as rigid as the two-line-one-hard type. Overall, the two-line-one-hard type is more suitable for some simple and conventional processing scenarios, while the three-linear type is suitable for scenarios with higher precision and efficiency.

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