The 13 motors Glass Edging Machine with ball bearing conveyor is a high-precision tool designed for efficient glass processing. ADZM13325B-45° 13 motors glass 45° edging machine using non-chain ball bearing convey, suitable for glass straight line edging and chamfering. The first 7 motors and 3 chamfering motors can change angle from 0°-45° ,while the first 7 motors swing to 45°, the 3 chamfering motors can swing to 0° for bottom edge edging. Machine using PLC control the glass thickness, glass angle and height of loading & unloading guide. It using touch screen PLC and variable frequency control motor . lt have high precision and good polishing effect, it’s a necessary edging machine in high quality glass processing. As a leading Chinese 13 motors glass edging machine producer, we ensure top-notch quality and precision in every product we manufacture.

Technical Specifications:

Position of Wheels:

Motors Glass Edging Machine is equipped with multiple high-speed rotating grinding wheel systems, usually composed of 2 to 6 sets of grinding wheels. The speed of each set of grinding wheels is generally between 2500–6000 RPM, and different grinding effects on the glass edge can be achieved by adjusting the speed and angle. These grinding wheels are made of high-hardness materials (such as diamond grinding wheels or resin grinding wheels), which can meet the processing needs of glass of different materials and ensure fine and uniform processing effects.

Common processing modes include straight edge grinding, arc edge trimming and bevel grinding. The accuracy of the grinding wheel can usually be controlled within ±0.1mm, so that the processed glass edge is not only smooth and flat, but also has a high-quality appearance.

2. Automatic feeding and high-precision positioning system

Motors Glass Edging Machine is usually equipped with an automatic feeding system, which accurately feeds the glass sheet into the working area through electric drive. The feeding speed of this system is usually adjustable, within the range of 2–10 m/min, to adapt to different production needs and glass sizes.

In order to ensure the processing accuracy, the equipment is also equipped with a laser positioning system or a photoelectric sensor, which can accurately locate the position of the glass to avoid processing errors caused by inaccurate positioning. This high-precision positioning system ensures that the processing effect of each piece of glass remains consistent, reduces human errors, and improves overall production efficiency.

3. Powerful electric drive and high-power motor system

The Motors Glass Edging Machine adopts a high-power motor system, with a general power range of 5HP–15HP. The motor can provide sufficient power to support long-term high-load continuous work. The motor usually adopts a three-phase AC motor with high efficiency and low energy consumption.

The electric drive system ensures the high-speed operation of the machine and stably transmits power to each grinding wheel through a precise transmission device. Through optimized design, the coordination of the motor and the transmission system can achieve smooth operation, reduce vibration and noise, and make the processing process smoother.

4. Flexible grinding wheel angle and height adjustment function

The grinding wheel angle and height of the equipment can be adjusted, so that it can meet the processing needs of glass of different thicknesses and shapes. The angle of the grinding wheel can be adjusted as needed, usually in a range of 0°–45°, which allows the machine to handle a variety of different types of edge finishing, such as straight edges, beveled edges, and arc edges.

The height adjustment function can help adjust the distance between the grinding wheel and the glass surface to ensure a uniform grinding effect. This adjustment function allows the machine to maintain consistent processing results when processing glass of different thicknesses.

5. Efficient cooling system to ensure processing accuracy and extend the life of the grinding wheel

Due to the large amount of heat generated during the glass processing process, the Motors Glass Edging Machine is equipped with an automatic cooling system, which usually uses water-based coolant or oil-based coolant for circulation cooling. The coolant is sprayed directly to the contact area between the grinding wheel and the glass through the nozzle, effectively reducing the friction temperature and preventing the glass from breaking or deforming.

The flow rate of the cooling system is usually adjustable, usually between 3–8 L/min, ensuring that the coolant can be evenly sprayed on the glass surface and effectively cool the grinding wheel, extending the life of the grinding wheel and ensuring that the processing process always maintains a high efficiency.

6. Sturdy and durable mechanical structure and shock resistance

The body of Motors Glass Edging Machine is made of high-strength cast iron material, which has very good shock resistance. This structural design effectively reduces the vibration generated by the equipment when it is running at high speed, ensuring the long-term stable operation of the equipment. The high-strength body can effectively support the weight of the equipment when it is working at high load for a long time, extending the service life of the whole machine.

The base of the equipment is usually also equipped with a shock-absorbing pad or a vibration isolation device, which can effectively reduce the impact of equipment vibration on processing accuracy.

III. Application scenario analysis

1. Construction and decoration industry

Motors Glass Edging Machine is widely used in the construction and decoration industry, especially in the production of architectural glass such as glass curtain walls, window glass, glass partitions, skylights, etc. By finely grinding and trimming the edges of the glass, not only the aesthetics of the glass is improved, but also its compressive strength is enhanced to prevent the glass from being damaged during transportation, installation and use.

For example, modern commercial buildings and high-end residences usually use glass products with delicate edges, which often require precise edge processing to ensure appearance and safety.

2. Furniture and home decoration

In the furniture industry, especially when making home products such as glass tabletops, bookcase glass, cabinet door panels, mirror decorations, etc., electric glass edge processing machines also play an important role. Through fine edge trimming, the use of glass in furniture can be made more beautiful and safe, while improving its durability.

For example, in modern home design, many high-end furniture uses glass that has been polished with beveled edges or arcs. Such glass is not only beautiful but also avoids the safety hazards caused by sharp edges.

3. Automobile and vehicle manufacturing

The automotive industry usually has higher requirements for glass, especially for car front windows, door windows, rearview mirrors and other parts. Fine edge processing is required to ensure the perfect fit between the glass and the car body. At the same time, the processed glass can improve the safety performance of the car and prevent injuries to passengers due to sharp glass edges.

In addition, if the edges of the glass are not properly handled during installation, it may affect the strength and stability of the glass. The electric glass edge processing machine can effectively ensure the processing quality.

4. Precision glass product manufacturing

For some glass products with high precision requirements, such as lighting glass, instrument glass, optical glass, etc., electric glass edge processing machines can accurately control the angle and precision of each edge to ensure that the produced glass meets strict quality standards. Especially for optical glass, fine edge trimming can minimize light refraction and reflection and improve optical effects.

IV. Daily care and maintenance recommendations

1. Regular cleaning and inspection of the cooling system

The cooling system is an important part to ensure the long-term and efficient operation of the equipment. The coolant pool and nozzle should be cleaned regularly to ensure smooth spraying of the coolant. The coolant needs to be replaced regularly to prevent impurities or contaminants from affecting the cooling effect.

2. Check the wear of the grinding wheel and replace it in time

The grinding wheel is an important consumable in glass edge processing. Long-term use will cause grinding wheel wear. The wear of the grinding wheel should be checked regularly. Once the surface of the grinding wheel is found to be uneven or severely worn, it should be replaced in time. Generally, the replacement cycle of the grinding wheel depends on the frequency of use and the processing material, and is generally checked every 3 months.

3. Lubricate the transmission system and motor regularly

The transmission system and motor of the equipment need to be lubricated regularly to keep them in good working condition. Check whether the motor and transmission system have overheating, abnormal noise or other faults, and ensure that the lubricating oil of the mechanical parts is always sufficient.

4. Ensure the stability and horizontal adjustment of the equipment

The base of the equipment should be stable and there should be no excessive vibration. Check the level of the machine body regularly to avoid the reduction of processing accuracy due to vibration or tilt.

5. Check the electrical system and control panel regularly

Check the electrical control system to ensure the normal operation of all electrical components and control panels. In particular, the CNC system and sensor system should be calibrated and checked regularly to ensure their high-precision working condition.