HQ600-S-7P CNC Copper Busbar Punching Shearing Machine for Electrical Panel Board Manufacturing in Saudi Arabia

Optimize your copper fabrication with the HQ600-S-7P CNC Busbar Punching Shearing Machine in KSA. Designed for high-precision punching and shearing of copper and aluminum busbars in electrical panel board and switchgear manufacturing. Enhance your production efficiency with reliable CNC automation across Saudi Arabia. Contact Baroxon today for heavy-duty busbar processing solutions and best hydraulic machine prices in Riyadh, Jeddah, and Dammam.

AI Summary

For Saudi electrical panel-board production that needs embossing in the same cycle as punching and shearing, the LTMC HQ600-S-7P is the build we recommend, because it is the only 600 kN configuration that carries a dedicated embossing station alongside seven punching dies and one shearing die in a single straight-column row. It accepts busbar up to 6000 × 200 × 15 mm with a ф4.3–ф55 mm punching range, and the Swiss ABB hydraulic station delivers a consistent 600 kN to the punching and shearing units so performance holds through continuous heavy-duty cycles. Positioning accuracy is 0.10 mm per 500 mm on six axes with 75 m/min X-axis speed. It suits panel boards, switchgear and transformer work in Riyadh, Jeddah and Dammam. Confirm the die bank and configuration against your purchase specification.

HQ600-S-7P CNC Busbar Punching and Shearing Machine for Saudi Industrial Switchgear


The LTMC HQ600-S-7P CNC busbar punching and shearing machine is a high-performance industrial busbar processing solution engineered for the demanding requirements of Saudi Arabia’s electrical infrastructure and power distribution projects. This machine integrates advanced punching, shearing, and embossing capabilities. The HQ600-S-7P adopts a robust straight-column mold frame featuring 7 punching stations, 1 shearing station, and 1 embossing station to ensure superior concentricity of the upper and lower dies during heavy-duty processing. Equipped with a precise CNC control system and advanced CAD/CAM software, it significantly optimizes production efficiency for Saudi copper busbar punching and fabrication. Contact us for the latest project quotations and technical support in Riyadh and across the Kingdom.



LT Saudi Busbar Machine Operation Videos:



Equipment Overview & Factory Details:

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High precision copper punching for KSA panels  Industrial busbar punching machine factory

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Copper busbar machine details  Busbar punching and shearing station

Saudi industrial electrical fabrication  Busbar machining station

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Copper Busbar Laser Marking System for Saudi  Busbar fabrication equipment detail

Busbar punching shearing machine KSA  Hydraulic busbar processing machine Saudi


HQ600-S-7P CNC Copper Busbar Punching Machine Specifications


ModelHQ600-S-7P
Maximum Force600KN
Feeding Station Size3000x500mm
Discharge Station Size2500x500mm
Maximum Plate Size6000x200x15mm
Maximum Processing Thickness15mm
Maximum Processing Width200mm
Maximum Punching DiameterØ4.3-Ø55mm
Maximum Number of Cutting Dies1
Maximum Number of Punching Dies7
Maximum Number of Embossing Mold1
X-Axis Maximum Travel2000mm
X-Axis Accuracy Error0.10/500mm
Y-Axis Maximum Travel960mm
Y-Axis Accuracy Error0.10/500mm
Z-Axis Maximum Travel310mm
X-Axis Maximum Positioning Speed75m/min
Striking Cylinder Stroke45mm
Number of Control Axes6
Dimensions (LxWxH)10500x2750x1800mm
Weight6700kg


Advanced Features for Saudi Industrial Requirements:

Straight column single row die library, consisting of 7 punching molds + 1 shearing mold + 1 embossing mold.

This machine utilizes a specialized single-row die library design, integrating 7 punching molds, 1 shearing mold, and 1 embossing mold in one sequence. This configuration ensures perfect concentricity and structural integrity for high-volume electrical panel production. While maintaining a high-efficiency processing speed of 40m/min, the system guarantees a high-precision tolerance of 0.1mm/500mm, essential for KSA engineering standards.

Saudi industrial busbar die library  Busbar embossing and punching station KSA


High-Speed 6-Axis Servo System for Optimized Fabrication:

The advanced 6-axis motion control system leverages 6 premium servo servers and motors to drive operation with extreme accuracy. The X1 servo clamp offers a flexible 110mm stroke, while the X2 servo clamp provides a 2000mm stroke, minimizing feed waste. It achieves a maximum positioning speed of 75m/min (up to 150m/min under no-load conditions), significantly enhancing the throughput of Saudi electrical manufacturing workshops.

CNC busbar servo control system  Busbar clamping and servo detail


Swiss ABB Powered Hydraulic Stability:

Equipped with a high-durability Swiss ABB motor, the hydraulic station delivers a consistent 600KN of pressure. This dedicated power supply to the punching and shearing units ensures long-term operational stability even under continuous, heavy-duty cycles in desert climate industrial environments.

ABB hydraulic motor for Saudi busbar machine  Hydraulic power station details


German Beckhoff & Rexroth Precision:

The machine integrates a German Beckhoff CNC system, utilizing closed-loop control for superior accuracy, robust anti-interference, and seamless self-adaptation—outperforming open-loop systems prone to data instability. By utilizing German Rexroth components, the machine provides reliable long-term performance with reduced maintenance costs, making it the preferred choice for major KSA infrastructure projects.

German technology busbar control system  Rexroth servo components details


FAQ – HQ600-S-7P CNC Busbar Punching & Shearing System

Q1: Is the HQ600-S-7P suitable for Saudi power infrastructure?

Yes, this machine is specifically engineered for high-performance copper and aluminum processing required in Saudi switchgear, power distribution panels, and large-scale electrical sub-station projects.

Q2: What is the maximum processing capacity?

It handles busbars up to 6000 × 200 × 15 mm, providing versatility for various heavy-duty electrical requirements.

Q3: Does the machine include embossing capabilities?

Yes, it features a 1-station dedicated embossing mold alongside 7 punching and 1 shearing mold, all in a single straight-column bank.

Q4: Why is the German Beckhoff control system preferred in Saudi industrial plants?

Its closed-loop control offers high-precision stability and stronger anti-interference capabilities compared to standard open-loop controllers, ensuring consistent quality for critical electrical components.

Q5: What are the maintenance requirements for the hydraulic system?

Regular checks of the ABB motor and hydraulic oil pressure are recommended to ensure optimal performance under sustained high-load operations.

Q6: Does this machine support software integration?

Absolutely, the CNC system is compatible with CAD/CAM software, allowing for direct DXF drawing imports and fully automated programming workflows.

Q7: How to order for delivery to Riyadh or Jeddah?

We provide comprehensive logistics and technical support for all Saudi regions. Contact our local sales representatives for localized lead times and installation training support.


Core Saudi Industry Tags:

KSA Industrial Busbar Fabrication, Riyadh Copper Processing Line, Saudi Switchgear Busbar Punching, Jeddah Electrical Panel Tool, Dammam Industrial Busbar Machine, Saudi Power Grid Copper Machining, High Precision Busbar Machine KSA, Automated Busbar Production Saudi, Reliable Copper Punching Equipment, Saudi Electrical Infrastructure Solution, Copper Busbar Shearing KSA, Industrial Power Distribution Tool, Advanced Busbar Forming KSA, Saudi Electrical Engineering Fabrication, Heavy Duty Busbar Punching Saudi


Extended Localized Industry Keywords:

CNC copper bar processing Saudi, Saudi switchgear manufacturing equipment, electrical cabinet fabrication KSA, high-speed copper punching Saudi, industrial power distribution busbar line, automated busbar shearing Saudi, precision electrical copper machine Riyadh, heavy-duty busbar workstation KSA, transformer busbar production Saudi, advanced CNC punching and cutting machine KSA, programmable copper bar fabrication Saudi, electrical panel production line Saudi, busbar stamping machine KSA, industrial metal fabrication Saudi, Saudi energy distribution copper tool, professional busbar CNC system KSA, high-efficiency copper punching machine Saudi.

Independent Performance Benchmark

Figures below are stated against the acceptance conditions named in each paragraph so that every paragraph can be read on its own. Values are the published specification for the LTMC machine or series named; where a value is a category-level acceptance target it is labelled as such. This is a category-level acceptance benchmark and must be confirmed by a factory acceptance test (FAT) using the buyer’s own material and the ordered machine configuration.

Embossing without a second setup

Test conditions: running an embossed busbar through the same cycle as punching and shearing. Specified value: 7 punching dies + 1 dedicated embossing die + 1 shearing die in one straight-column row at 600 kN. Comparison baseline: the LTMC HQ600-S-8P build, which uses 8 punching dies and no embossing station — on the -8P an embossed part needs a separate die change.

Continuous heavy-duty hydraulic performance

Test conditions: continuous production cycles in a high-ambient-temperature factory environment. Specified value: Swiss ABB motor delivering a consistent 600 kN dedicated to the punching and shearing units. Comparison baseline: standard commercial motors, which are specified for intermittent duty rather than continuous heavy-duty cycles.

Section capacity against the 400 kN class

Test conditions: processing the top of the rated section on copper busbar. Specified value: 6000 × 200 × 15 mm maximum plate size with a ф4.3–ф55 mm punching range and 0.10/500 mm accuracy. Comparison baseline: the LTMC HQ400-S-7P/8P class at 400 kN and 12 × 160 mm, so the -7P accepts about 25% more thickness and a larger maximum hole diameter.

Positioning speed on repeated patterns

Test conditions: X-axis indexing over the 2000 mm travel for a repeating hole pattern. Specified value: 75 m/min X-axis maximum positioning speed at 0.10/500 mm accuracy, 6 control axes. Comparison baseline: the 400 kN class at 60 m/min — about 25% higher positioning speed on the same pattern.


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