Glass Linear Edger is a mechanical device specifically designed for processing the edges of flat glass, with the main function of accurately polishing and grinding the straight edges of glass. Through a series of precise process steps, Glass Linear Edger can perform operations such as rough grinding, fine grinding, chamfering, and polishing of glass edges to achieve the desired smoothness and flatness. In the modern glass manufacturing industry, straight edge processing is one of the important links in glass products, as the quality of glass edges directly affects their aesthetics and safety. Untreated glass edges often have sharp burrs or irregular shapes, which not only affect appearance but may also pose safety hazards during use. The Glass Linear Edger provides high-quality processing solutions for glass edges through automated design and efficient machining processes, meeting the strict requirements for precision and efficiency in industrial production.

Glass Linear Edger Specifications:

Glass Linear Edger Position of Wheels:

Glass Linear Edger Features:

1. Structural design of chainless ball bearings

The 11 Motors Ball Bearing Glass Linear Edger adopts a unique chainless ball bearing structure, which reduces mechanical wear and improves transmission efficiency and stability compared to traditional chain drives. The design of ball bearings makes the equipment run more smoothly, while reducing noise and maintenance costs.

2. Multi functional integrated processing capability

This Glass Linear Edger device can complete multiple process steps such as edge grinding, chamfering, rough grinding, fine grinding, and polishing in one operation, avoiding the tedious process of multiple equipment replacements and greatly improving production efficiency.

3. Pneumatic regulation technology

The bottom edge, chamfering, and polishing processes are all achieved through pneumatic adjustment, ensuring flexibility and precision in operation. The pneumatic system can automatically adjust parameters according to the different thicknesses of the glass, ensuring that each piece of glass can achieve consistent processing results.

4. Variable frequency motor speed regulation function

The Glass Linear Edger is equipped with a high-performance variable frequency motor that can flexibly adjust the speed according to actual needs. This speed regulation function not only optimizes energy utilization, but also allows for the selection of the optimal processing speed for glass of different materials and thicknesses, improving product quality.

5. Conveyor track lifting system

The lifting function of the conveyor track is controlled by advanced hydraulic or electric devices, which can adjust the height in real time according to the size and thickness of the glass, ensuring that the glass remains stable throughout the entire processing process and effectively preventing processing errors caused by vibration.

6. PLC intelligent control system

The Glass Linear Edger integrates a PLC (Programmable Logic Controller) system, achieving fully automated operational processes. Users can easily set processing parameters through the touch screen interface and monitor the real-time operation status of the equipment, greatly simplifying the difficulty of operation.

7. High precision machining performance

Up to 11 motors work together, each responsible for a specific machining task, ensuring the independence and accuracy of each process link. This modular design not only improves the overall performance of the equipment, but also enhances the consistency and reliability of processing.

8. Durable materials and designs

The key components of the equipment are made of high-strength wear-resistant materials, which have undergone strict durability testing and can maintain stable performance under long-term high load operation, extending the service life of the equipment.

Glass Linear Edger Application:

1. Architectural glass processing

In the construction industry, this 11 Motors Ball Bearing Glass Linear Edger is commonly used for processing door and window glass, curtain wall glass, and other decorative glass that requires straight edges. It can quickly and efficiently complete large-scale production tasks, meeting the requirements of construction projects for glass quality and delivery time.

2. Furniture glass manufacturing

The demand for glass in the furniture industry is increasing day by day, such as desktop glass, cabinet door glass, etc. These products typically require smooth and safe edge treatment, and this Glass Linear Edger can provide a high standard processing solution to enhance the added value of the product.

3. Production of automotive glass

Automotive glass has extremely high requirements for the smoothness and strength of its edges. This device can meet the processing needs of the automotive industry for products such as front windshields and side windows, ensuring that they comply with safety standards.

4. Application of household appliance glass

The glass of household appliances such as refrigerator doors and oven panels also require fine edge treatment. The high-precision machining capability and multi process integration characteristics of the equipment make it an ideal choice for home appliance manufacturers.

5. Electronic display screen protective glass

With the popularity of electronic products, the demand for protective glass continues to rise. This device can provide high-quality edge processing services for small electronic devices such as mobile phone screens and tablet screens.

6. Craft glass production

Craft glass pays attention to details and aesthetics. This equipment provides technical support for art creation through precise chamfering and polishing processes, making it more aesthetically pleasing.

7. Laboratory glassware

Glassware in the laboratory usually requires special edge treatment to prevent scratches or breakage. This device can meet the high standard requirements for glass instruments in the scientific research field.

8. Customized glass processing

For some glass products with special shapes or specifications, such as display cabinets, exhibition hall partitions, etc., this device can meet customers' personalized needs through flexible parameter settings.

Glass Linear Edger Maintenance:

1. Regularly clean the surface of the equipment

During the operation of the equipment, dust and debris are prone to accumulate. The casing and workbench should be cleaned daily to prevent impurities from entering and affecting normal operation.

2. Check the lubrication condition of the ball bearing

Ball bearings are one of the core components of equipment and require regular addition of lubricating oil to reduce friction losses. It is recommended to check the lubrication condition once a month and replenish the appropriate lubricant in a timely manner.

3. Calibrate the pressure of the pneumatic system

The pressure of the pneumatic system is directly related to the machining accuracy, so it is necessary to regularly check and adjust the air pressure value to ensure that it is always within the recommended range.

4. Maintenance of Variable Frequency Motors

After long-term operation, the variable frequency motor may experience overheating. It is necessary to regularly check whether the cooling fan is working properly and clean the dust on the filter screen.

5. Software update for PLC control system

To ensure the intelligence level of the equipment, it is recommended to check the firmware version of the PLC system every six months and perform necessary upgrades according to the manufacturer's instructions.

6. Check the lifting mechanism of the conveyor track

The screws and connectors of the lifting mechanism may become loose due to frequent use, and the fastening condition should be checked once a week. If necessary, the track position should be recalibrated.

7. Replace vulnerable parts

Fragile parts such as grinding wheels and polishing wheels will gradually wear out with use, and should be replaced in a timely manner to avoid affecting the processing quality.

8. Train operators

The correct operating method is the key to extending the lifespan of equipment. Enterprises should regularly organize employees to participate in training courses to learn correct operation and maintenance skills.