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Product Details:
Payment & Shipping Terms:
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| Angle Processing Size (mm): | 63x5~200x20 | Feeding Speed (mm/min): | 100~700 |
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| Processing Length (mm): | Min.350 | Qty. Of Spindle: | 2 |
| Qty. Of Feeding Motor: | 2 | Rotation Of Spindle (r/min): | 100~400 |
| Pressure Of Cylinder (kN): | 60 | Overall Size(m): | About 2.2x1.4x2 |
Model GQ250 Cnc Angle Steel Root Milling Machine 2pcs Feeding Motor
Application Industry:
Mainly used to process the inner arc of angle steel.
Product Parameters:
| Model | GQ250 |
| Angle processing size (mm) | L63x5~L250x32 |
| Feeding speed (mm/min) | 100~700 |
| Processing length (mm) | Min.350 |
| Qty. of spindle | 2 |
| Qty. of feeding motor | 2 |
| Rotation of spindle (r/min) | 100~400 |
| Pressure of cylinder (kN) | 60 |
| Weight (ton) | About 2.5 |
| Overall size(m) | About 2.2x1.4x2 |
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Workpiece process
1. Load the angle steel workpiece into the designated machining area of the equipment.
2. In automatic operating mode, press the cycle start button, after which the machine automatically carries out the complete programmed machining sequence.
3. Angle steel components with the same specifications can be processed continuously, maximizing production throughput while maintaining consistent and stable batch processing performance.
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Equipment usage instructions and Characteristics
1. The equipment utilizes advanced high-speed milling technology for back-face milling and root-edge preparation of angle steel, delivering efficient, accurate, and consistent machining performance.
2. Compared with conventional planing processes, the machine substantially increases root-cleaning efficiency, with processing productivity reaching up to ten times that of traditional equipment.
3. The system incorporates an operator-friendly control concept, requiring limited training and reducing reliance on highly specialized operating skills.
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4. With a highly automated operating system, the equipment considerably minimizes manual intervention while supporting continuous angle steel feeding, thereby enabling uninterrupted and efficient production.
5. Unlike conventional planing machines that are constrained by workpiece length and fixture requirements, this advanced milling solution provides greater processing flexibility. By eliminating the need for dedicated clamping fixtures, it simplifies operating procedures while increasing machining efficiency and overall production convenience.
6. The machine is equipped with an intuitive control interface, flexible parameter configuration functions, and a robust mechanical structure, ensuring stable, reliable, and consistent operation under continuous industrial production conditions.
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Configurations:
1. The automatic continuous feeding system is powered by a high-performance geared motor, ensuring smooth, stable, and reliable material transfer while substantially improving overall production efficiency.
2. Major electrical components are supplied by internationally recognized manufacturers, including Schneider and Omron, providing high component quality, dependable operational performance, and extended service life.
3. The machine adopts a dual-spindle configuration that effectively distributes the cutting load between two cutters, reducing the load imposed on each individual tool, extending cutter service life, and enhancing overall machining efficiency.
4. The spindle system is driven by two 3 kW motors and employs precision synchronous belt transmission technology to effectively reduce vibration, ensuring smooth operation, excellent machining stability, and reliable long-term performance.
5. An integrated cutting-fluid cooling system provides effective cooling and lubrication during machining operations, helping to extend cutter service life while maintaining stable cutting performance and high-quality surface finishes.
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The equipment is specifically designed for precision back milling of angle steel, enabling accurate and efficient machining of structural angle profiles. It produces finished components with excellent surface quality, precise dimensional tolerances, and clean edge geometry, making them suitable for structural fabrication and a broad range of industrial applications. The demonstration samples produced by the machine clearly showcase its high machining accuracy, consistent processing quality, and ability to generate complex back-milling profiles, providing customers and inspection personnel with a practical reference for evaluating the equipment's manufacturing capabilities and suitability for production applications.
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In ultra-high-voltage (UHV) power transmission projects, where transmission towers are required to withstand demanding environmental conditions and significant structural loads, this equipment plays an important role in manufacturing the angle steel members that form the primary structural framework of the towers. It efficiently performs high-precision drilling and punching operations on angle steel components used for tower bodies, cross-arms, and other critical structural assemblies, ensuring accurate hole positioning and reliable connection quality. Consequently, the equipment contributes significantly to improving the structural strength, operational stability, and long-term service reliability of transmission towers throughout their service life.
Contact Person: Gaven
Tel: +86-13306412803
Fax: +86-531-5553-1208