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제품 상세 정보:
결제 및 배송 조건:
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| 상태: | 새로운 | 맥스. 크기 너비 x 높이: | 500 × 500mm |
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| 최소 크기 너비 x 높이: | 100 × 100mm | 빔 길이: | 2000 년 13000mm |
| 채널 스틸: | 10#～ 40# | 메인 스핀들 모델: | BT40 |
| 모터 파워: | 11kw | 스핀들 속도: | 100 min 3000 r/min |
3pcs Main Spindle CNC I Beam Drilling Shearing And Tapping Machine 11KW Motor Power
Machine tool use:
This machine tool is primarily engineered for drilling, tapping, and marking operations on H-shaped steel, channel steel, and other steel varieties. It utilizes three BT40 high-speed spindles, with one dedicated to each face of the steel, enabling simultaneous drilling on three surfaces. The matching row-type tool magazine can accommodate up to 4 drill bit specifications.
Specifications:
| H beam parameter | Max. Size Width x Height | 500×500mm | |
| Min. Size Width x Height | 100×100mm | ||
| Beam Length | 2000～13000mm | ||
| Channel steel | 10#～40# | ||
| Main spindle | Qty. | 3 | |
| Model | BT40 | ||
| Motor power | 11 kW | ||
| Spindle speed | 100～3000 r/min | ||
| Hole diameter | φ5～φ30 mm | ||
| CNC axis | Servo motor power of X axis | About 4.5 kW | |
| Servo motor power of horizontal drilling positioning axis | About 1.5 kW | ||
| Servo motor power of vertical drilling positioning axis | About 3 kW | ||
| Servo motor of drilling infeeding | About 2 kW | ||
| Tool magazine | Qty. | 3 | |
| Type | Row style | ||
| Tool magazine capacity | 4 x 3 | ||
| Processing Accuracy | Hole distance deviation | Two holes within 1 meter | ±0.5 |
| The allowable deviation value increases by ±0.2mm for every additional 1 meter of the hole distance, and the maximum does not exceed ±2mm | |||
| End margin deviation | ±1.0 mm | ||
Machine Tool Structure and Configuration:
This machine tool is primarily constituted by a drilling unit, feeding trolley, feeding channel, discharging channel, cooling system, hydraulic system, pneumatic system, lubrication system, and electrical system, among other constituent parts. It adopts a structure with a fixed bed and a movable workpiece. This three-dimensional drilling configuration promotes automated production.
1. Discharging Channe
The discharging channel is composed of a channel bracket, support rollers, and other components, serving to carry workpieces that have completed processing.
2. Cooling System
The drill bit is cooled via an internal spindle cooling method.
3. Hydraulic System
It is designed to supply power to the workpiece clamping device and the tool cylinder.
4. Pneumatic System
It is utilized to provide power for workpiece clamping, spindle air-blowing, and related operations.
5. Lubrication System
A combination of centralized lubrication and manual lubrication is adopted. A centralized lubrication device is employed to lubricate specific linear guides and lead screws in a timely and quantitative manner, while other lubrication points are maintained through manual lubrication.
6. Electrical System
The machine tool’s control system comprises a host computer, PLC, and other components.
Programming Method: Processing programs are generated by inputting CAD drawings or machining parameters via a USB interface or keyboard. These programs can be stored, retrieved, displayed, and communicated at any time based on part numbers. The machine tool supports both manual adjustment with independent control over individual machining parameters and automated control for the entire processing sequence.
This machine tool is primarily engineered for drilling, tapping, and marking operations on H-shaped steel, channel steel, and a variety of other steel types. It can handle steel workpieces of diverse specifications, ensuring precise and efficient processing. For example, in sample demonstrations, it can effectively showcase its processing capabilities on standard H-shaped steel samples with varying flange widths and web thicknesses, as well as channel steel samples of different dimensions. These displayed samples clearly exhibit the machine tool’s capacity to achieve accurate hole positions, smooth tapped threads, and distinct marking patterns, fully embodying its high precision and reliability in practical applications. Such sample demonstrations offer evidence for customers to assess the machine tool’s performance and its suitability for their specific processing requirements.
High Speed CNC H Beam Drilling Machine is predominantly applied in steel structure workshops and bridge construction projects.
Within steel structure workshops, it executes precise processing of H-beams for frameworks and supports, guaranteeing stable assembly. In bridge construction, it undertakes high-accuracy drilling of H-beams, reinforcing structural integrity to endure long-term loads. Its operational efficiency provides reliable support to these critical infrastructure domains.
담당자: Gaven
전화 번호: +86-13306412803
팩스: +86-531-5553-1208
