Solution for Double-headed saw for aluminum profiles

Solution for Double-headed saw for aluminum profiles

High precision and efficiency, reliable performance, advanced technology

In order to adapt to the fiercely competitive market environment today and meet the requirements of low-cost, high-efficiency, diversity, and high precision for aluminum door and window processing equipment manufacturers, Xinje has launched various solutions, including sawing centers, sawing and milling centers, end milling, drilling and milling centers, aluminum door and window production lines, etc.

Industry background

Compared to plastic doors and windows and plastic steel doors and windows, aluminum alloy doors and windows have huge advantages. Moreover, aluminum alloy doors and windows have been developed in China for more than 30 years, and their product types and performance have been steadily increasing, gradually breaking the traditional market pattern of doors and windows. Especially in recent years, the total market volume of aluminum alloy doors and windows has increased sharply.

Nowadays, aluminum door and window processing equipment manufacturers have increasingly pursued low cost, high efficiency, diversity, and high precision. In order to adapt to the fiercely competitive market environment and meet the overall processing needs of aluminum doors and windows, Xinje Carving Industry Project Department has launched various solutions, including sawing centers, sawing and milling centers, end milling, drilling and milling centers, aluminum door and window production lines, etc.

System function

The control system adopts pulse servo drive control and is equipped with industrial computer loaded with upper computer software. In terms of software integration, it interfaces with window and door software manufacturers such as Xingeer and Changfeng through cloud-based interfaces, enabling various order placement modes such as online ordering and scanning code ordering. The system supports multiple machine models, including non-mitered inside mitered models, non-mitered outside mitered models, mitered inside mitered models, and mitered outside mitered models, offering flexible options. The processing modes support various cutting modes such as short material cutting, standard material cutting, long material cutting, and layout processing to meet the cutting needs for different material lengths. It is also equipped with printing function to automatically generate QR codes, providing processing information for subsequent end milling machines and drill milling machining centers.

Solution advantages

CNC Host Computer, One-Click Ordering

Using CNC software on the upper computer, it can be connected to various door and window software systems to achieve one click ordering function. It can also scan the code to call interface data to achieve scanning and ordering function.

Servo Pulse Control with Excellent Cost-Effectiveness

Adopting a servo pulse control scheme ensures cutting accuracy while also making the scheme more cost-effective.

Multiple Cutting Methods

It can achieve various cutting methods such as short material, normal material, long material, and discharge cutting, adapting to customers' processing of profiles of different lengths.

Free Switching Between Various Models

It can be adapted to various models with free switching between no miter angle inner miter angle, no miter angle outer miter angle, miter angle inner miter angle, and miter angle outer miter angle.

Equipped with Printing Function

Equipped with printer function, capable of printing QR codes and profile customer information.

Automatic Compensation Calculation

It can automatically calculate the required compensation length for mitering the outside angle based on the selected miter angle and the input or measured material height.

One-Click Material Height Measurement

One click measurement of material height for processed profiles. To facilitate the use of external miter angle processing to calculate the miter angle compensation value.

Configured with Magnetic Grid Feedback Function

Configure magnetic grid feedback function to monitor the movement position of the processing platform in real time, and compensate for the movement error of the monitoring platform in real time.