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As a premier manufacturer and direct supplier of heavy-duty industrial equipment, we proudly present the CNC Beam Drilling Machine SWZ1000C with Hydraulic Clamping. Engineered specifically for high-efficiency structural steel fabrication, this advanced machinery guarantees robust performance and exacting precision.
Direct supply from the manufacturer, ensuring rigorous quality control and competitive investment value.
Expertly designed to process massive H-beams with dimensions up to 1000x500mm.
Integrates a state-of-the-art hydraulic clamping system for unyielding material stability during high-speed operations.
Equipped with three independent spindles, enabling simultaneous three-face drilling to drastically reduce production cycle times.

Step onto the fabrication floor, and the first thing you will notice is the commanding, architectural presence of the CNC Beam Drilling Machine SWZ1000C. Crafted from industrial-grade, thick-walled steel, the machine frame exudes an aura of absolute stability. Its surfaces are coated in a sleek, corrosion-resistant finish that feels incredibly smooth yet resilient to the touch. When powered on, the deep, steady hum of the hydraulic clamping system engaging massive structural beams speaks volumes about its raw gripping power. As the three high-speed spindles spring into action, the crisp, rhythmic sound of metal cleanly slicing through thick steel plates fills the air, accompanied by the faint, clean scent of atomized drilling fluid that keeps the cutting zones perfectly chilled and lubricated.
This machinery is not merely a piece of equipment; it is a complete transformation of your structural steel processing workflow. By automating the most labor-intensive and error-prone aspects of beam drilling, this system eliminates the costly bottlenecks that often plague traditional fabrication shops. The seamless integration of automatic feeding, precise hydraulic clamping, and simultaneous three-axis drilling means your operators spend less time measuring, marking, and repositioning, and more time producing. Every drilled hole is clean, burr-free, and perfectly aligned, ensuring that downstream assembly on the construction site goes together effortlessly. Investing in this heavy-duty drilling machine translates directly to accelerated project timelines, minimized material waste, and a significant, measurable boost to your operational efficiency and bottom line.
The SWZ1000C is masterfully engineered to redefine structural steel fabrication by combining raw mechanical power with intelligent, user-friendly control. Every component is meticulously selected to deliver uncompromising performance during continuous, heavy-duty operations.
Dual Feeding Mechanisms: Choose between a robust power roller drive or a highly precise CNC carriage feeding system, tailored to match your specific production layout and material handling preferences.
Simultaneous Three-Face Drilling: Utilizing three independent spindles (left, right, and vertical), the machine processes all three faces of an H-beam simultaneously, drastically reducing cycle times and eliminating the need to flip the material.
Intelligent Stroke Control: Automatic stroke drilling spindles eliminate the need for manual depth adjustments. The system automatically adapts to different web and flange thicknesses, streamlining the setup process.
Hydraulic Mastery: Workpiece clamping, drilling feeding, H-beam feeding lift, and side pushing are entirely driven by a premium hydraulic system, ensuring rock-solid stability during aggressive cutting and preventing material shifting.
User-Friendly Interface: The commercial PC-based control system features an intuitive interface, making programming straightforward and significantly lowering the learning curve for your machine operators.
Handling massive structural components requires equipment that does not flinch under immense weight or extreme dimensions. This machine is purpose-built to tackle the most demanding heavy-duty profiles with absolute ease and reliability.
Massive Profile Accommodation: Expertly processes large H-beams and channel steels with maximum dimensions reaching 1000x500mm, providing immense versatility for heavy infrastructure and construction projects.
Exceptional Thickness Capacity: Effortlessly drills through solid steel webs and flanges up to 80mm thick without compromising spindle speed or tool integrity, ensuring clean cuts on the thickest materials.
Heavy-Duty Load Bearing: The robust feeding carriage and supporting structures are engineered to handle feeding workpieces weighing up to 10 tons, easily managing extra-long, dense structural members.
Flexible Length Processing: Standard configuration accommodates 12-meter lengths, fully customizable to your facility's requirements. It supports automatic processing starting from 3000mm and manual options for shorter segments down to 690mm.
The brain of this drilling powerhouse lies in its sophisticated, internationally sourced CNC control system. By automating complex calculations and mechanical movements, it drastically reduces manual intervention and minimizes human error.
Seven-Axis Precision: Commanded by a highly responsive PLC and commercial PC setup, seven distinct CNC axes work in perfect harmony. Each spindle is positioned by two axes to complete two-coordinate movements with absolute exactness.
Seamless File Integration: Directly import AutoCAD, DXF, and NC1 files into the system. The software instantly translates your digital blueprints into executable machining programs, bridging the gap between the design office and the shop floor.
Automated Workpiece Handling: From the moment the steel enters the machine, automatic feeding, hydraulic clamping, and automatic stroke control take over, ensuring a fluid, hands-free operation cycle.
Reduced Labor Dependency: By streamlining the programming and execution phases, the system lowers the technical threshold for operators, allowing your workforce to manage multiple lines simultaneously and optimizing overall labor allocation.
In structural steel assembly, a single millimeter of deviation can lead to hours of costly rework on the construction site. This machine guarantees that every hole is positioned with pinpoint accuracy, ensuring flawless downstream assembly.
Dynamic Error Compensation: Equipped with advanced mechanisms that detect workpiece positioning, the system ensures the drill bit hits the exact target every time, compensating for minor material irregularities.
Tight Tolerance Adherence: Achieves an astonishing processing precision where the distance allowance between adjacent holes in a single group is kept strictly under 0.5mm, meeting the strictest engineering standards.
Long-Span Accuracy: Even over a massive 10-meter span, the allowance for any hole distance remains under 1mm, a critical metric for large-span roof trusses, bridge girders, and high-rise columns.
Continuous Hole Group Processing: The intelligent feeding system allows holes within a 520mm length range to be drilled by moving the spindles while keeping the workpiece stationary. This dramatically cuts down on material repositioning time and boosts overall throughput.
Downtime is the absolute enemy of profitability. That is why every critical moving part and electronic component inside this machine is sourced from globally recognized brands, ensuring relentless performance shift after shift.
Premium Hydraulic Infrastructure: The core hydraulic components, including pumps and pressure regulating valves (3.5 to 4 MPa), are imported from top-tier manufacturers, guaranteeing smooth, high-pressure clamping without pressure drops.
High-Torque Servo Motors: The X, Y, and Z axes are driven by robust servo motors (ranging from 1.0 kW to 1.5 kW, with a massive 5.0 kW motor for the carriage), delivering rapid acceleration, precise stopping, and unwavering torque.
Rigid Spindle Motors: Three independent 4 kW three-phase asynchronous motors power the spindles, providing the necessary rotational force (180 to 560 r/min) to drive large diameter drills through solid steel effortlessly.
Industrial-Grade Electricals: The electrical cabinet is populated with renowned brand components, providing exceptional resistance to voltage fluctuations and the harsh, dust-filled environments typical of heavy fabrication shops.
Heat and friction are the primary culprits behind premature tool failure and poor hole finishes. Our advanced cooling architecture addresses these issues directly, protecting your tooling investments and maintaining a pristine work environment.
Atomized Fluid Delivery: Utilizes a highly efficient mixture of compressed air (pressure ≥0.5 MPa) and atomized drilling fluid, spraying a fine, targeted mist directly onto the cutting edge of the drill bit.
Extended Tool Life: By instantly dissipating the intense heat generated during high-speed metal cutting, this cooling method prevents thermal deformation of the drill bits, significantly extending their operational lifespan.
Cost-Effective Consumption: The atomization process drastically reduces the volume of cutting fluid required compared to traditional flood cooling, leading to substantial savings on daily consumable costs.
Clean Fabrication Environment: Because the fluid is applied as a micro-mist that evaporates or clings only to the metal chips, the machine bed and the surrounding shop floor remain dry, clean, and safe for operators.
Procuring heavy machinery is a long-term investment, and our commitment to your operational success extends far beyond the delivery date. We provide a comprehensive support ecosystem to ensure your production never misses a beat.
Internationally Certified Manufacturing: Our production facilities strictly adhere to global standards, proudly holding certifications for ISO9001:2015 (Quality Management), ISO14001:2015 (Environmental Management), and ISO45001:2018 (Occupational Health and Safety).
Comprehensive 12-Month Warranty: Enjoy complete peace of mind with a full 12-month warranty commencing after successful installation and commissioning, covering all free spare parts replacements.
24/7 Global Technical Support: Our dedicated service team is available around the clock via WeChat, WhatsApp, or video call, providing instant troubleshooting and permanent technical guidance.
On-Site Engineering Services: We deploy experienced international service engineers directly to your local facility for precise mechanical, electrical, and hydraulic installation, meticulous commissioning, and hands-on operator training.
Lifetime Spare Parts Availability: Even after the warranty period expires, we guarantee the continuous availability of paid spare parts, ensuring your machine remains fully operational for decades to come.
Selecting the right manufacturing partner is just as critical as selecting the right equipment. As a dedicated supplier of heavy-duty industrial machinery, we bring decades of engineering expertise directly to your fabrication floor.
Direct Source Advantage: By partnering directly with the manufacturer, you bypass intermediaries, ensuring you receive premium equipment at highly competitive pricing, which maximizes your return on investment.
Uncompromising Quality Control: Every machine undergoes rigorous, multi-stage testing before leaving our facility, from laser-calibrated alignment checks to full-load simulated production runs, ensuring out-of-the-box readiness.
Customization Capabilities: We understand that no two fabrication shops are identical. Our engineering team is fully equipped to customize machine dimensions, feeding mechanisms, and software interfaces to perfectly align with your specific operational needs.
Proven Global Track Record: Our machinery powers some of the most demanding infrastructure projects worldwide, earning a stellar reputation for unyielding durability, precision, and ease of use among top-tier structural steel fabricators.
| Name | Unit | Value | Remark |
|---|---|---|---|
| H-beam Size | mm | 150×75 ~ 1000×500 | |
| Thickness | mm | ≤80 | |
| Length | m | 12m | Can be changed according to customer’s requirement |
| Limitation to the min. H-beam | mm | Automatic Processing ≥3000 Manual Processing: 690 ~ 3000 | |
| Spindle Quantity | Pc. | 3 | |
| Drilling Range | mm | Left and right drilling unit ¢12~¢26.5 Vertical drilling unit ¢12~¢33.5 | |
| Spindle Rotation Speed | r/min | 180~560 | |
| Quick change chuck/Morse Taper | 3#、4# | Changeable 2# | |
| Feeding stroke | mm | Left and right drilling unit 140 Vertical drilling unit 325 | |
| Feeding Speed | mm/min | 20~300 | |
| Moving distance | mm | All spindles along the length of the workpiece: 520 Left and right spindle along the up and down direction: 35 ~ 470 from the under side of the workpieceVertical spindle on the width of the workpiece: 45 ~ 910 from the benchmark side | |
| Cooling way | compressed air + atomized drilling fluid | ||
| Air Pressure | MPa | ≥0.5 | |
| Processing precision | mm | allowance of neighbor holes distance in one hole group ≤0.5 In length of 10m, allowance of any holes distance ≤1 | |
| Motor Power | kW | Three phase asynchronous motor for the running of spindle: 4x3 (Quantity of spindle: 3) X axis servo motor for the vertical unit: 1Z axis servo motor for the vertical unit: 1.5X axis servo motor of left and right side: 1.0×2Y axis servo motor of left and right side: 1.5×2Three phase asynchronous motor for moving saddle: 0.55 | |
| Overall dimension (Length×width×height) | mm | About 4400×2400×3500 | |
| Total weight | kg | About 6000 | |
| Technical Specification of carriage: | |||
| CNC axis | X axis | ||
| Servo motor of X axis | Kw | 5.0 | |
| Moving speed of X axis | m/min | 0—20 | |
| Max. weight of feeding workpiece | tons | 10 | |
| Oil pump motor | kW | 2.2 | |
| Oil pump pressure regulating | MP | 3.5~4 | |
| Power | Three phase four wire system 380±10%V 50±1HZ | ||
| Total volume | KVA | 35 | |
| Control supply | 220±10%V 50±1HZ | ||
| Operational power supply | V DC | 24 | |
| Compressed air pressure | MPa | ≥0.5 | |
| Relative humidity of environment | % | ≤ 75 | |
| Working temperature | ℃ | 0 ~ 40 | |
Versatility is key for modern fabrication facilities. This CNC beam drilling machine is meticulously engineered to serve a wide array of heavy industries, adapting effortlessly to diverse structural requirements and strict engineering codes.
Steel Structure Buildings: Indispensable for processing connection holes in main structural components, including factory building columns, high-rise building steel frames, and massive main beams for large-span architectural roofs.
Bridge Engineering: Delivers the high-precision hole group positioning required for heavy-load, critical infrastructure such as steel truss girders, bridge piers, and structural box girders.
Multi-Story Parking Garages: Seamlessly integrates into automated production lines to efficiently handle the repetitive, high-volume drilling of H-shaped steel columns, dramatically accelerating the assembly phase of parking structures.
Tower Masts & Grid Structures: Perfectly suited for the precise fabrication of power transmission towers, telecommunication masts, and complex sports venue grid structures, where lightweight design meets zero-tolerance precision.
Power Station Infrastructure: Highly capable of drilling and marking thick-walled components for power station boilers, pressure vessels, header tubes, and structural drums.
The operation guide includes mechanical,electric and hydraulic parts.We provide detailed guide and manual together with the machine.After installation,our engineer will also provide training to the operator after successful installation and commissioning.
To assist you in making an informed procurement decision, we have compiled answers to the most common technical inquiries regarding the SWZ1000C CNC Beam Drilling Machine.
Q1: What types of CAD files can the CNC control system import directly?
The commercial PC-based control system is highly versatile and can directly import standard industry files such as AutoCAD, DXF, and NC1. This seamless integration eliminates the need for manual coordinate entry, reducing programming time and preventing human error.
Q2: Can the machine handle materials other than standard H-beams?
Yes. While it is perfectly optimized for H-beams, the highly adaptable horizontal and vertical hydraulic clamping mechanisms allow the machine to process channel steels and other similar structural profiles, provided they fall within the 1000x500mm size limit and 80mm thickness capacity.
Q3: How does the atomized cooling system perform compared to traditional flood coolant?
The atomized cooling system uses a high-pressure mixture of compressed air and a minimal amount of drilling fluid. This method provides superior heat dissipation directly at the cutting edge, significantly extending tool life while keeping the workpiece and the surrounding floor clean and free of hazardous liquid pooling.
Q4: What is the maximum weight capacity for the feeding carriage?
The heavy-duty CNC carriage feeding system, driven by a powerful 5.0 kW servo motor, is engineered to smoothly and accurately feed workpieces weighing up to 10 tons. This makes it ideal for handling massive structural bridge girders and extra-heavy high-rise building columns.
Q5: What happens if a component fails after the standard warranty period?
We guarantee permanent technical support and lifetime availability of spare parts. Even after the initial 12-month warranty expires, you can easily order replacement parts at any time. Furthermore, our 24/7 online technical team will guide your maintenance staff through the replacement and recalibration process.
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