Products

Gantry robots and four-axis robots

As shown in Figure 4, the axis-type robotic arm features a compact structure, excellent rigidity, stable motion, precise positioning, and rapid response. It integrates seamlessly with the vertical lathe automated line, significantly reducing auxiliary loading and unloading time and boosting equipment utilization. The fully automated operation minimizes human error and workpiece damage, ensuring machining accuracy and product consistency. It supports 24-hour continuous production, lowering labor costs, while offering high flexibility, quick changeovers, and easy maintenance, resulting in outstanding overall cost-effectiveness.

Brake disc production line: 3 cars, 1 drilling, 1 grinding

Advantages: high efficiency, small footprint, high precision, and capable of processing products that require deburring.

Automated production line for brake drums: 6 vehicles + 2 drilling stations + 1 balancing station + 2 cleaning stations

Advantages: The automated brake drum production line is specifically designed for the efficient, high-precision finishing of brake drums for commercial vehicles, heavy-duty trucks, and buses, offering five core advantages: full-process automation, high precision, high stability, low cost, and easy model changeover.

Brake disc production line: 2 cars, 1 drilling, 1 grinding

Advantages: low cost, small footprint, and the ability to perform both dual-precision turning of the brake surface and burnishing.

Brake Disc 4-Vehicle 1-Drill Production Line

Advantages: high efficiency, small footprint, high precision, and compliance with OEMs’ product accuracy requirements.

Marking and Identification Series

This product is a laser marking machine independently developed by our company, featuring excellent beam quality, a small focused spot size for high-precision marking, fast marking speed, high efficiency, and long service life. The printing direction can be adjusted arbitrarily in up, down, left, right, and arc configurations, and the machine comes equipped with over 140 font libraries; custom fonts can also be added according to customer requirements. It is suitable for marking disc-shaped parts and can operate as a standalone unit or be integrated into a production line for automated operation.

Brake Disc Natural Frequency Measurement Machine

This equipment can detect the natural frequency of brake discs and can be operated manually as a standalone unit or integrated into an automated production-line inspection system via a conveyor mechanism. It features high sensitivity and reliability, delivering precise measurement data. The instrument is capable of measuring a wide effective frequency bandwidth, with a large measurement range and broad applicability. It exhibits superior frequency response and strong anti-interference performance, while its installation and operation are simple and convenient. The sensor is compact in size, lightweight, and robustly constructed, making it highly resistant to damage.

Brake Disc Comprehensive Measurement Series

This product is a fully automated machining production line for disc-shaped parts, independently developed by our company. The automated line consists primarily of two inverted lathes, equipped with a five-axis power turret, specialized cutting tools, and a fully automated conveyor system, ensuring that each workpiece is machined in a single setup.

Automatic Feeding Hopper Series

This product is independently developed by our company. Compared with manual material feeding, it offers higher operational accuracy and can sustain high-speed operation for extended periods, fully replacing the traditional method of feeding materials one by one by hand. This significantly reduces labor and material costs while boosting production efficiency, enabling streamlined, high-efficiency, low-cost mass production.

DFC-400M Wheel Grinder

The brake-disc turning-and-grinding composite machine tool is a vertical, dual-face, dedicated composite machining equipment specifically designed for automotive brake discs. Its core feature is the ability to complete both turning and grinding in a single clamping operation, thereby eliminating the clamping errors, low efficiency, and large footprint associated with conventional sequential machining. It has become the mainstream solution for the high-precision mass production of brake discs.

VFZ-400 Drilling and Reaming Machine

The automatic drilling and chamfering machine for brake discs is a specialized, automated, single-pass equipment designed specifically for drilling and chamfering operations. It primarily addresses the inefficiencies, poor precision, high labor costs, and significant safety risks associated with conventional drilling machines.

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