Why Is It Called Horizontal V-Grooving Machine 

Horizontal V-Grooving Machine 

The Horizontal Cutting Mode Of The Horizontal V-Grooving Machine Has The Following Advantages:

Cutting stability: Because the grooving is horizontal cutting, cutting force and cutting vibration can be effectively controlled, thus improving the stability and accuracy of cutting.

Cutting visibility: The horizontal cutting mode of the Horizontal V-Grooving Machine allows the operator to clearly observe the cutting process and facilitate adjustment and control of cutting parameters.

Strong adaptability: The Horizontal V-Grooving Machine is suitable for cutting tasks such as planing the side and bottom of the workpiece, and can meet the processing needs of different shapes and sizes of the workpiece.

In short, the reason why the Horizontal V-Grooving Machine is called “horizontal” is that its cutting mode and structural characteristics make the planer cut horizontally, thus achieving a stable, visible and adaptable cutting operation.

Horizontal V-Grooving Machine Detailed Structure:

Bed: The bed of the Machine is usually made of cast iron or welded steel plate, which has strong rigidity and stability. Slide and guide rails are provided on the bed body to support and guide the movement of the table and headstock. The Horizontal V-Grooving Machine is designed with a frame structure for the base and crossbeam, and the working table is made of 60mm low alloy. The frame uses Q345 steel plate. So the machine has high-strength structural, very rigid and durable.The body is tempered with natural gas to eliminate welding stresses and reduce machine deformation. Sandblasting treatment ensures even paint.

Workbench: A workbench is a platform used to support and hold workpieces. It is usually a rectangular or rectangular plane that can be freely adjusted and fixed. The table can be moved vertically or at an Angle to suit planing needs at different angles and positions.

Headstock: The headstock is the core component of the Horizontal V-Grooving Machine, including the spindle, cutting tools and transmission system. The headstock is positioned behind the workbench and can be moved horizontally. The spindle rotates through the drive device to drive the cutting tool for cutting operation.

Cutting tool: The cutting tool used by the Horizontal V-Grooving Machine is usually a multi-edge post knife, and the tool handle is connected to the spindle. Cutting tools can be adjusted and replaced as needed to achieve different types of cutting. The Horizontal V-Grooving Machine uses four tools for the “V” groove so that the cutting volume is evenly distributed and the deformation of the machined part is reduced. The optional micro-cooling system extends the tool life and reduces production costs.

Feed mechanism: The Horizontal V-Grooving Machine is equipped with a feed mechanism to control the speed and direction of movement of the table and headstock. The feed mechanism can be operated manually or electrically to meet different processing requirements.

Cooling system: In order to prevent workpiece and tool overheating, horizontal grooving machines are usually equipped with a cooling system to cool and lubricate the cutting area by spraying water or oil.

Electrical control system: The Machine is also equipped with an electrical control system for controlling various movements and functions of the machine tool. By operating the control panel or the CNC system, the operator can easily set and control the operating parameters of the machine.

CNC Axis :

X axis :Control the left and right movement of  the beam (Synchronous belt connection)

Y1 axis :Control the back and forth movement of the tool holder(servo motor drives the screw directly, with high precision)

Y2 axis :Control the back and forth movement of the clamp (servo motor drives the screw directly, with high precision)

Z axis : Control the tool holder to move up and down(servo motor drives the screw directly, with high precision)

In short, the detailed structure of the Horizontal V-Grooving Machine includes the bed, workbench, headstock, cutting tools, feed mechanism, cooling system and electrical control system. These components work together to achieve accurate and efficient planing of the sides and undersides of the workpiece.

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