4.5 KW Servo Motor Power Of X Axis CNC H Beam Drill And Shearing Machine 3 Row Style Tool Magazine

4.5 KW Servo Motor Power Of X Axis CNC H Beam Drill And Shearing Machine 3 Row Style Tool Magazine

Machine tool use:

This CNC H-beam drilling and shearing machine is primarily designed for performing drilling, tapping, and marking operations on steel workpieces, such as H-beams and channel steel. It is equipped with three BT40 high-speed spindles, each specifically dedicated to executing drilling tasks on one of the three respective sides of the steel workpiece. The accompanying row-type tool magazine has a storage capacity of up to 4 types of drill bits with varying specifications. This piece of equipment boasts notable advantages including high processing efficiency, excellent precision, ease of operation, and broad applicability across relevant industrial scenarios.

Specifications:

Machine Tool Structure and Configuration

This CNC H-beam drilling and cutting machine line is mainly composed of core components, which include a drilling unit, a feeding trolley, a feeding channel, a discharging channel, a cooling system, a hydraulic system, a pneumatic system, a lubrication system, an electrical system, and other indispensable parts. The machine tool adopts a structural design that combines a fixed bed and a movable workpiece platform. This particular configuration for 3D drilling allows for the implementation of automated production processes, which in turn enhances operational efficiency and guarantees processing consistency.

1. Feeding Trolley

The feeding trolley is constructed from gears, servo motors, and manipulators. The manipulator secures the workpiece and is powered by a servo motor; under the transmission action of the rack-and-pinion mechanism, the workpiece is fed along the X-axis direction. This design ensures the longitudinal processing precision required for drilling operations.

2. Feeding Channel

The feeding channel comprises a channel bracket, support rollers, side positioning rollers, side pushing mechanisms, racks, and other components. Its primary function is to convey workpieces to be processed. A photoelectric switch is installed at the front end of the channel, which is used to detect the front end of the workpiece and determine the X-direction processing datum. The side positioning rollers realize rough positioning of the workpiece in the Y direction, while the side pushing mechanisms press the workpiece tightly against the side positioning rollers to ensure stable positioning.

3. Electrical System
The machine tool’s control system comprises a host computer, programmable logic controller (PLC), and other associated components. Programming Method: Processing programs are generated by importing CAD drawings or processing parameters via a USB interface or keyboard. Based on part numbers, these processing programs support on-demand storage, retrieval, display, and data communication functions. The machine tool enables two operational modes: manual adjustment with independent control over individual processing parameters, and fully automated control for the entire processing sequence.

4. Lubrication System
A hybrid lubrication solution combining centralized lubrication and manual lubrication is adopted for the machine. A centralized lubrication unit is utilized to lubricate specific linear guides and lead screws in a timely, quantitative fashion, while other lubrication points are maintained through manual lubrication operations.

During sample demonstrations, the CNC beam plate metal drilling, marking, and shearing machine can effectively showcase its processing capabilities on standard H-beam samples (with varying flange widths and web thicknesses) and channel steel samples of different dimensions. These exhibited samples clearly demonstrate the machine tool’s ability to achieve precise hole positioning, smooth tapped threads, and clear marking patterns—fully reflecting its high precision and reliability in practical application scenarios.

The High Speed CNC H-Beam Drilling, Marking and Shearing Machine is primarily deployed in steel structure workshops and bridge construction projects. Within steel structure workshops, it carries out precision processing on H-beams used for frameworks and support structures, thereby laying a solid foundation for the stable assembly of steel structures. In bridge construction scenarios, it performs high-accuracy drilling operations on H-beams—this not only helps improve the structural integrity of bridges but also enables them to effectively withstand long-term loads. Boasting high operational efficiency, the machine provides reliable support for these critical infrastructure sectors, ensuring the smooth progression of related projects.