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HQ600-S-7P CNC Copper Busbar Fabricator (Punching & Shearing)
The LTMC HQ600-S-7P is a heavy-dutyCNC Busbar Fabricatorspecifically engineered for the Australian electrical manufacturing sector. This high-performance system integrates precision punching, shearing, and embossing into a single automated workflow. The HQ600-S-7P adopts a robust straight-column mold frame featuring a 7-station punching bank, 1 shearing station, and 1 embossing station. This configuration ensures perfect concentricity of the upper and lower dies, even under the heavy-duty cycles typical in Australian industrial switchboard fabrication.
Equipped with a world-class CNC control system and advanced CAD/CAM integration, thisBusbar Processing Machinesignificantly boosts production efficiency for local workshops. For the latest busbar fabricator prices and lead times across Australia, contact our team today.
LT Busbar Fabricator Demonstration Videos:
Industrial Fabrication Gallery:
HQ600-S-7P CNC Copper Busbar Fabricator Specifications
| Model | HQ600-S-7P |
| Maximum Force | 600KN |
| Feeding Station Size | 3000x500mm |
| Discharge Station Size | 2500x500mm |
| Maximum Plate Size | 6000x200x15mm |
| Maximum Processing Thickness | 15mm |
| Maximum Processing Width | 200mm |
| Maximum Punching Diameter | Ø4.3-Ø55mm |
| Maximum Number of Cutting Dies | 1 |
| Maximum Number of Punching Dies | 7 |
| Maximum Number of Embossing Mold | 1 |
| X-Axis Maximum Travel | 2000mm |
| X-Axis Accuracy Error | 0.10/500mm |
| Y-Axis Maximum Travel | 960mm |
| Y-Axis Accuracy Error | 0.10/500mm |
| Z-Axis Maximum Travel | 310mm |
| X-Axis Maximum Positioning Speed | 75m/min |
| Striking Cylinder Stroke | 45mm |
| Number of Control Axes | 6 |
| Dimensions (LxWxH) | 10500x2750x1800mm |
| Weight | 6700kg |
High-Performance Features:
Integrated Die Library: 7 Punching + 1 Shearing + 1 Embossing Stations.
The single-row die bank design incorporates 7 punching molds, 1 shearing mold, and 1 embossing mold in precise linear alignment. This ensures superior concentricity across allIndustrial Busbar Fabricatoroperations. While maintaining a high output efficiency (40m/min), the system achieves a precision tolerance of 0.1mm/500mm, meeting the tight requirements of Australian electrical infrastructure projects.
Advanced Servo Motion Control (6-Axis System) with 75m/min X-Axis Efficiency.
Our 6-axis motion system utilises premium servo servers and motors to deliver elite control accuracy. The system features dual servo clamps (X1 at 110mm stroke, X2 at 2000mm stroke), designed to minimise feed strokes and maximise discharge speed. Under operational load, it reaches 75m/min, with no-load speeds up to 150m/min, ensuring rapid turnaround for high-volume switchboard orders.
Swiss ABB Motor & German Beckhoff/Rexroth Integration.
Power is supplied by a Swiss ABB motor, delivering a constant 600KN of hydraulic pressure for smooth shearing of 15mm thick copper bars. The control architecture relies on the German Beckhoff system, offering superior closed-loop control and anti-interference capabilities compared to open-loop alternatives. With German Rexroth servo technology, Australian owners benefit from lower maintenance costs and higher operational stability.
HQ600-S-7P CNC Busbar Fabricator — Australian Customer FAQ
1. What specific busbar materials can this machine handle for AU projects?
The HQ600-S-7P is optimised for high-conductivity copper and aluminium busbars, making it ideal for Australian switchgear, distribution board manufacturing, and heavy-duty busduct production.
2. What are the maximum dimensions for industrial busbar processing?
It accommodates busbars up to 6000 × 200 × 15 mm. The 15mm thickness capacity is perfect for high-ampacity Australian industrial applications.
3. How does the 7+1+1 die configuration benefit switchboard builders?
It provides 7 punching stations, 1 shearing station, and 1 embossing station in a single row. This allows for complex hole patterns, precise cutting, and required identification embossing without manual tool changes, ensuring AS/NZS compliance.
4. Is the CNC system compatible with Australian drafting standards?
Yes. The integrated CAD/CAM system allows for direct DXF drawing imports, ensuring a seamless workflow from design to finished copper component with 0.10mm accuracy.
5. What kind of speed can I expect in a full production environment?
The X-axis positions at up to 75 m/min. In a typical fabrication cycle, the machine provides high-speed throughput suitable for the busiest Australian workshops.
6. How do I get technical support and pricing in Sydney or Melbourne?
Please contact our sales team directly for the latest AU pricing, shipping lead times, and on-site demonstration videos.
Localised Industry Keywords &Australian Busbar MachineHot Tags:
CNC Busbar Fabricator Australia, Australian Switchboard Manufacturing Tools, Copper Bar Punching Machine Sydney, Hydraulic Busbar Shearing Melbourne, AS/NZS Compliant Busbar Processing, Industrial Copper Fabricator Brisbane, Aluminium Busbar Machining Perth, High-Precision Switchgear Equipment, Automated Copper Bar Production, Busduct Fabrication Machine, Heavy-Duty Electrical Panel Tools, CNC Copper Punching Adelaide, Substation Infrastructure Equipment, 6-Axis Busbar Machine, German Servo Busbar System, Swiss Motor Hydraulic Fabricator, Zero-Waste Copper Shearing, Programmable Busbar Punching, Electrical Infrastructure Machinery, Mining Grade Busbar Tools.
Additional Australian Industry Keywords: Switchboard Builder Machinery, Copper Busbar Hole Puncher, High-Speed Shearing Centre, Automated Embossing Machine, Electrical Conductor Fabrication, LV/MV Switchgear Tools, Power Distribution Board Production, Australian Electrical Engineering Equipment, Precision Metal Punching Australia, Industrial Servo Fabricator.
