The 11 motors glass straight line beveling machine is a precision tool designed for efficient and accurate glass beveling. Equipped with 11 high-power motors, it ensures a smooth and consistent finish. ADXM371A glass straight line beveling machine, suitable for beveling various sizes flat glass. The coarse grinding, fine grinding, polishing and bottom edge process are finished at one time. The front pressing plates can be adijusted up and down according to the glass size. All the pressing plates are using with thicker steel plate, which make machine more stronger, transmit steadier and in higher working precision. And the working speed adjusted by continuously variable mechanism transmission, easy operation and high practicality. As one of the leading Chinese glass straight line beveling machine suppliers, we are committed to providing high-quality products that meet the stringent demands of our global clientele.

Technical Specifications:

Position of Wheels:

Glass Straight Line Beveling Machine is a high-precision equipment specially used for glass beveling processing, which is widely used in architectural glass, home decoration, glass doors and windows, furniture and other industries. The equipment adopts advanced CNC technology and efficient mechanical transmission system, which can grind the edge of glass into bevels of different angles (usually 45 degrees), and has the characteristics of high precision, high efficiency, low noise and low energy consumption.

The core function of this type of equipment is to bevel the edge of the glass through the grinding wheel and efficient transmission system to achieve beautiful, fine and high-strength processing effects. It plays a vital role in the modern glass manufacturing and processing industry, especially in the production of high-end glass products, its precision and stability have a direct impact on product quality.

II. Product Features

1. Efficient and stable beveling processing capability

The main feature of Glass Straight Line Beveling Machine is its efficient beveling grinding capability, which can usually be achieved step by step through 2 to 5 sets of grinding wheels. The speed of each grinding wheel is generally 3000–6000 RPM, which can be flexibly adjusted according to processing requirements. During the processing, the machine uses a precise transmission system to ensure that the angle and thickness can be accurately controlled each time, and the stability and consistency of the grinding effect can be guaranteed during long-term continuous operation.

Common bevel angles are usually 20°–45°, and the edge accuracy can be controlled within ±0.1mm, which is suitable for various glass types (such as flat glass, tempered glass, coated glass, etc.) and thickness ranges (usually 3mm–25mm).

2. CNC technology and automatic adjustment

Modern linear glass beveling machines generally use CNC systems (CNC), which can accurately control parameters such as the contact angle, pressure, and speed between the grinding wheel and the glass surface. For example, the CNC system can automatically adjust the working angle and speed of each grinding wheel to adapt to glass of different thicknesses and materials to achieve fine processing.

This makes glass beveling processing more flexible, efficient and time-saving. Unlike traditional manual operations, CNC technology can greatly reduce human errors, improve overall production efficiency, and maximize product quality and consistency.

3. High-strength, durable grinding wheel and motor system

Glass Straight Line Beveling Machine is equipped with grinding wheels usually made of diamond grinding wheels or resin grinding wheels, which have extremely high hardness and wear resistance and are suitable for long-term use in high-precision glass processing. The diameter of the grinding wheel is usually 150mm-300mm, which can meet different processing requirements.

In terms of motors, the equipment usually uses three-phase AC motors with a power between 5HP and 15HP, which can provide sufficient power to cope with large-load continuous production. The motor speed and power are optimized to ensure high processing efficiency while reducing energy consumption.

4. Efficient cooling system and precise cooling control

During the beveling process, a lot of heat is generated due to the friction between the glass and the grinding wheel, so a reasonable cooling system is particularly important. Modern straight line glass beveling machines are equipped with automatic cooling systems, which use water-based coolants or oil-based coolants for circulating cooling to prevent the glass from breaking or deforming due to high temperatures.

The flow rate, spraying angle and position of the coolant can be precisely adjusted through the control system. Generally speaking, the spraying amount of coolant can reach 2–5 L/min, ensuring that the temperature of the contact part between the grinding wheel and the glass is kept in the appropriate range, thereby improving the processing effect and extending the service life of the grinding wheel.

5. Automatic feeding and high-precision positioning system

The equipment adopts an automatic feeding system, which controls the movement of the glass on the workbench through a precise transmission system, and ensures the precise positioning of the glass through a laser positioning system, making the beveling processing more accurate and efficient.

The automatic feeding system can be adjusted according to the glass size and production requirements, and automatically adjusts the feeding speed and processing parameters to ensure the consistency of glass beveling. Usually, the feeding speed ranges from 2–10 m/min, which can meet the needs of different production scales and outputs.

6. Sturdy and durable mechanical structure and anti-seismic performance

The mechanical structure of the Glass Straight Line Beveling Machine usually adopts high-strength cast iron material, which not only ensures the robustness of the equipment, but also has good anti-seismic performance, avoiding vibration during high-speed operation, thereby affecting the processing accuracy.

Precision transmission systems and seals ensure long-term working stability, and the service life of the equipment is usually more than 10 years, provided that it is operated and maintained in accordance with standards.

3. Application scenario analysis

1. Construction and decoration industry

Linear glass beveling machines are widely used in the construction and decoration industry, especially when processing glass curtain walls, window glass, door glass, transparent partitions and other building decoration materials. The processed beveled glass not only has good aesthetics, but also can improve the compressive strength of the glass and prevent the glass from breaking.

For example, high-end glass doors and windows usually require bevel processing to improve their appearance and safety. This type of beveled glass product is very popular in places such as high-end buildings, commercial office buildings and hotel lobbies.

2. Furniture and home decoration

In the home decoration and furniture industry, glass bevels are often used for coffee tables, bookcases, glass tabletops, cabinet door panels, mirror decorations, etc. The fine bevel design can enhance the modernity and sophistication of home decoration, while also avoiding the harm of sharp angles of glass to users.

3. Automobile and vehicle manufacturing

Linear glass beveling machines are also used in the production of automobile glass, bus windows, ship windows and other vehicles. Beveled glass can effectively enhance the strength of glass and provide a more streamlined appearance, which is particularly suitable for modern vehicle design.

4. Precision glass product manufacturing

For some glass products with high precision requirements, such as instruments and equipment, lighting glass, optical glass, etc., the linear glass beveling machine can accurately control the angle and thickness of each bevel to ensure that the produced glass meets strict standards.

IV. Daily care and maintenance recommendations

1. Regular cleaning and inspection of the cooling system

The cooling system should be cleaned regularly to prevent impurities in the coolant from affecting the cooling effect. Clean the coolant pool and pipelines, and check whether the spraying system is unobstructed. The coolant should be kept clean, and expired or contaminated coolant should be replaced in time.

2. Grinding wheel maintenance and replacement

The grinding wheel is one of the consumables in the linear glass beveling machine. Long-term use will cause the grinding wheel to wear and affect the processing accuracy. Therefore, the wear of the grinding wheel should be checked regularly. If the grinding wheel surface is found to be uneven or severely worn, it should be replaced in time. The replacement cycle of the grinding wheel is usually determined by the hardness of the processed material and the production intensity. It is usually recommended to check it every 3 months.

3. Motor and transmission system inspection

Regularly check the lubrication of the motor, transmission system and various components to ensure that all mechanical parts operate smoothly. Oil and lubrication should be added regularly to prevent overheating of the motor or damage to parts due to excessive friction. A comprehensive inspection should be carried out once a year to ensure the stability of the motor performance and transmission system.

4. Prevent vibration and adjust the level

During the operation of the equipment, if abnormal vibration occurs, it may be because the workbench or support structure is unstable. Regularly check and ensure that the base of the equipment is stable, and make appropriate adjustments to avoid reduced processing accuracy due to vibration.

5. Operator training and operating procedures

Operators should be trained regularly to master the correct operation of the equipment. During the operation, the safety operating procedures should be followed to avoid equipment damage or safety accidents due to improper operation.