Model BHD1000/3 Cnc Drilling Machine For Beams CNC H 3D Beam Drilling Marking Equipment
Product Introduction:
The CNC H-beam drilling machine is specifically engineered for drilling, tapping, marking, and scoring H-shaped steel, channel steel, angle steel, and other metal materials. It is widely employed in the steel structure industry, with applications spanning buildings, garages, towers, and grid structures.
1. A vital and specialized drilling solution for the construction of steel frameworks.
2. Capable of simultaneously drilling holes on three surfaces of H-beams and channels, delivering exceptional precision and productivity.
3. Equipped with 7 CNC axes for fully automated, accurate feeding and positioning.
4. Compatible with AUTOCAD and DSTV workpiece drawings, seamlessly converting them into machining programs.
Product parameters:
| Model |
BHD1000/3 |
| H Beam width range (mm) |
100~1000 |
| H Beam height range (mm) |
100~500 |
| Channel steel width range (mm) |
100~1000 |
| Channel steel height range (mm) |
100~250 |
| Max. workpiece thickness (mm) |
80 |
| Max. workpiece length (m) |
12 or 15 (optional) |
| Drilling spindle qty. |
Total 3 spindles, one spindle on the upper unit, left side and right side respectively |
| Spindle hole taper |
BT40 |
| Max.drilling diameter (mm) |
40 |
| Spindle motor power (kW) |
11/15 |
| Spindle speed (r/min) |
100~3000 |
| Spindle feeding speed (m/min) |
0~10 |
| X-axis feeding speed (m/min) |
0~20 |
| Qty of tool magazine |
3 |
| Tool magazine type and capacity |
Row type, 3x4 (optional) |
| Marking unit (optional) |
Disc typing, 36 characters, character size Φ10mm |
| CNC system |
German, Japan, China INVT |
| Cooling method |
Spray cooling, internal cooling + external cooling |
| Machine Overall Size (m) |
About 33x5.5x3.5 |
| Total Power(kW) |
About 60 |
| The above parameters can be adjusted and changed according to customer's specific requirements. |
Product Features:
1. The beam saw machine's feeding system is equipped with a CNC-controlled carriage clamping and feeding mechanism, ensuring rapid operation and precise positioning accuracy.
2. Three BT40 high-speed spindles are utilized to drill the three faces of the H-beam. Fitted with carbide drill bits, these spindles can achieve rotational speeds of up to 3000 RPM. This configuration guarantees high processing efficiency and superior drilling performance. The chips generated during the drilling process are effectively removed by the chain-type chip conveyor.
3. The CNC beam drill line's cooling system employs mist cooling technology, providing both internal and external cooling functions. Each drilling spindle unit is equipped with a separate external cooling nozzle and internal cooling connector, offering flexibility based on specific drilling needs. Both internal and external cooling can be used independently or simultaneously, depending on the requirements.
4. The automatic tool changer (ATC) system can be customized and installed according to customer specifications, eliminating the need for manual tool replacement. This feature significantly minimizes downtime and improves operational efficiency.
5. The beam drilling machine can be optionally equipped with a hydraulic disk marking system. The disk is positioned by a servo motor, enabling efficient marking of up to 36 different characters.
6. The automatic scribing and tapping functions replace the conventional manual scribing method. Scribing tools are used to mark the plate positions for subsequent welding on H-beam flanges and webs, thus saving time and improving accuracy. Tapping operations can also be performed on H-beam flanges and webs, significantly enhancing production efficiency.
5. The beam drilling machine can be optionally equipped with a hydraulic disk marking system. The disk is positioned by a servo motor, enabling efficient marking of up to 36 different characters.
6. The automatic scribing and tapping functions replace the conventional manual scribing method. Scribing tools are used to mark the plate positions for subsequent welding on H-beam flanges and webs, thus saving time and improving accuracy. Tapping operations can also be performed on H-beam flanges and webs, significantly enhancing production efficiency.
During sample demonstration sessions, the CNC beam plate metal drilling, marking, and shearing machine effectively showcases its processing capabilities using standard H-beam samples (with varying flange widths and web thicknesses) as well as channel steel samples of different dimensions. The samples presented in these demonstrations clearly highlight the machine tool's ability to achieve precise hole positioning, cleanly tapped threads, and clear marking patterns—thoroughly demonstrating its high accuracy and reliability in practical application scenarios.
The High-Speed CNC H-Beam Drilling, Marking, and Shearing Machine is predominantly used in steel structure fabrication plants and bridge construction projects. In steel structure workshops, it performs precise processing on H-beams utilized in frameworks and support systems, ensuring a solid foundation for the stable assembly of steel structures. In bridge construction, the machine carries out high-precision drilling operations on H-beams, enhancing the structural integrity of bridges and ensuring their capacity to withstand long-term loads. With its high operational efficiency, the machine provides dependable support to these vital infrastructure sectors, contributing to the seamless advancement of associated projects.
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