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| Model Number : | GQ250 |
| Certification : | ISO9001 |
| Delivery Time : | 60 days |
| Payment Terms : | L/C, T/T |
| Price : | Negotiable |
| Supply Ability : | 200 sets/year |
| Brand Name : | Auten |
High-Speed Milling Technology Cnc Angle Root Milling Machine For
Root Angle Grinding Operation
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 |

Workpiece process
1. Bring angle iron into the machine.
2. In automatic mode, press the cycle start button, the device
automatically.
3. The same specifications of the cutting Angle can be continuous.

Equipment usage instructions and Characteristics
1. The equipment employs high-speed milling technology for back and
root angle grinding operations.
2. Significantly enhances root-cleaning productivity, achieving
efficiency up to ten times that of conventional planers.
3. Simple to operate, with minimal skill requirements for
personnel.

4. The equipment significantly minimizes manual labor through a highly automated operating system, allowing continuous feeding of angle steel and ensuring uninterrupted, efficient production.
5. Compared with traditional planing machines that are restricted by workpiece length, this advanced system provides greater processing flexibility. It eliminates the requirement for dedicated clamping fixtures, simplifying operation while improving machining efficiency and production convenience.
6. The machine is designed with an intuitive operating interface, flexible parameter adjustment, and dependable mechanical performance, ensuring stable and reliable operation under continuous production conditions.

Configurations:
1. The automatic continuous feeding system is powered by a high-performance geared motor, delivering stable material transportation and significantly improving overall production efficiency.
2. Major electrical components are supplied by internationally recognized brands, including Schneider and Omron, ensuring reliable operation, excellent durability, and long-term system stability.
3. The machine adopts a dual-spindle configuration, effectively reducing the cutting load borne by each individual cutter, thereby extending tool life and improving machining efficiency.
4. The spindle system is driven by two 3 kW motors and utilizes a precision synchronous belt transmission to minimize vibration, providing smooth, stable, and highly reliable machining performance.
5. An integrated cutting fluid cooling system effectively
dissipates heat generated during machining, prolonging cutter life
while maintaining consistent cutting performance and surface
quality.
The equipment is specifically engineered for precision back milling
of angle steel, providing accurate and efficient machining of
structural angle profiles. It produces finished workpieces with
excellent surface finish, precise dimensional accuracy, and clean
edge geometry, making them well suited for structural fabrication
and a wide range of industrial applications. The demonstration
samples manufactured on this machine clearly exhibit its
outstanding machining precision, excellent processing consistency,
and capability to produce complex back-milling profiles, offering
customers and inspection personnel a practical basis for evaluating
the equipment's manufacturing performance and production
suitability.

In ultra-high-voltage (UHV) power transmission projects, where transmission towers are required to withstand extreme environmental conditions and substantial structural loads, this equipment performs a vital function in manufacturing the angle steel members that constitute the primary structural framework of the towers. It efficiently carries out high-precision drilling and punching operations on angle steel components used in tower bodies, cross-arms, and other critical structural assemblies, ensuring accurate hole positioning and dependable connection quality. As a result, it significantly enhances the structural strength, operational stability, and long-term service reliability of transmission towers throughout their operating lifecycle.
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