Industrial Glass Breaking Machine is a device that utilizes the interaction between moving and fixed knives to break glass materials into particles or powders through cutting, impact, extrusion, and other methods. It usually consists of feeding port, crushing chamber, aggregate box, cutterhead, cutting blade, safety door, hopper, and electrical control system. According to different crushing requirements and material characteristics, glass crushers can be divided into various types.

Industrial Glass Breaking Machine Technical Specifications:

Industrial Glass Breaking Machine Advantages:

1. Simple Structure and Easy Maintenance:

The machine is designed with a simple structure, which makes maintenance a breeze. There is no need for professional and technical personnel to operate and maintain it. This not only reduces the cost of labor but also saves a lot of time and effort. Operators can easily handle the daily maintenance tasks, ensuring the machine runs smoothly and efficiently for a long time.

2. Hydraulic Breaking Overturn Drive:

The breaking overturn drive adopts a hydraulic structure. This gives the machine strong rigidity and load - bearing capacity. It can handle heavy loads of glass and break them effectively. The hydraulic system provides a stable and powerful force, enabling the machine to work continuously and reliably in different working conditions.

3. Stable Performance and Easy Operation:

The machine has a stable performance and is very easy to operate. It combines manual and automatic modes in one. Operators can choose the suitable mode according to the specific requirements of the glass - breaking task. In manual mode, they can have precise control over the breaking process, while in automatic mode, the machine can work efficiently and accurately, improving the overall production efficiency.

4. Special Fan and Air Floating System:

The Glass Breaking Machine is equipped with an air floating platform special fan and an air floating system. The special fan has a high power and adjustable air volume. This ensures that the glass is evenly and gently broken, reducing the risk of damage and improving the quality of the broken glass pieces. The air floating system provides a stable and cushioned support for the glass, making the breaking process more precise and efficient.

5. Maintenance - Free Air Path:

The air path of the air floating system is simple and maintenance - free. There is no need for an external plastic duct. This simplifies the operation and maintenance process and enhances the overall reliability of the machine. Operators don't have to worry about the maintenance and repair of the air duct, which saves a lot of time and resources.

6. Three - Way Independently Controlled Air:

Operated Braking System: The machine is equipped with one horizontal and two longitudinal air - operated braking systems, which are three - way independently controlled. This provides precise control over the breaking process. The braking systems can effectively stop the movement of the glass at any desired point, ensuring the accuracy and consistency of the broken glass size. It also improves the safety of the operation, as the operators can easily control the movement of the glass and avoid any potential accidents.

7. Easy Movement and Quick Positioning:

The machine is equipped with wheels and ground brakes. The wheels make it easy to move the machine around the workshop or production area. And with the ground brakes, it can be quickly and accurately positioned at the desired location. This feature is especially useful in environments where the machine needs to be frequently moved to different workstations or production lines. It improves the flexibility and efficiency of the production process.

Industrial Glass Breaking Machine Applications:

1. Glass Processing Plants: In glass processing plants, this machine is an essential equipment for breaking large - size glass panels into smaller pieces. It can be used to process float glass, tempered glass, laminated glass, and other types of glass. The simple structure and easy maintenance of the machine make it suitable for the high - volume and continuous production in glass processing plants. The hydraulic structure ensures that the machine can handle heavy loads of glass and break them efficiently. The stable performance and easy operation allow workers to quickly master the operation skills and improve production efficiency. For example, when processing glass for building windows, the machine can break the large - size glass panels into the required sizes accurately and quickly, meeting the production needs of different window sizes.

2. Recycling Industry: In the recycling industry, the Industrial Glass Breaking Machine plays a crucial role in recycling waste glass. It can break various types of waste glass, such as glass bottles, glass jars, and glass sheets, into small pieces for further recycling and processing. The strong rigidity and load - bearing capacity of the machine enable it to handle a large amount of waste glass. The air floating platform special fan and air floating system can evenly break the waste glass, reducing the risk of damage and improving the quality of the recycled glass. The maintenance - free air path and three - way independently controlled air - operated braking system ensure the stable operation of the machine during the recycling process. For instance, in a glass bottle recycling plant, the machine can break the collected glass bottles into small pieces, which can then be melted and remanufactured into new glass products.

3. Art and Craft Production: For art and craft producers who use glass as a material, the Industrial Glass Breaking Machine is a useful tool. It can break glass into various shapes and sizes to meet the creative requirements of different art and craft works. The manual and automatic dual - mode operation allows artists and craftsmen to have precise control over the breaking process. The special fan and air floating system can ensure the even breaking of glass, which is important for creating high - quality art and craft pieces. The easy movement and quick positioning of the machine also provide convenience for artists and craftsmen to use it in different production areas. For example, a stained - glass artist can use the machine to break glass into the required shapes and sizes for creating beautiful stained - glass windows.

4. Construction and Decoration: In the construction and decoration field, the Industrial Glass Breaking Machine can be used to break glass for various purposes. It can break glass for building facades, interior partitions, and other decorative elements. The strong load - bearing capacity and stable performance of the machine ensure that it can handle the large - size and heavy glass used in construction and decoration. The precise control of the breaking process through the three - way independently controlled air - operated braking system allows for the accurate breaking of glass to meet the design requirements. The easy movement and quick positioning of the machine also facilitate its use in different construction sites and decoration projects. For example, when installing glass partitions in an office building, the machine can break the glass into the required sizes and shapes accurately and quickly, ensuring the smooth progress of the decoration project.

Industrial Glass Breaking Machine Maintenance:

1. Regular inspection:

Regularly inspect various components of the equipment, such as the cutterhead, cutting blades, bearings, etc., to ensure that they are in good working condition. If any parts are found to be worn or damaged, they should be replaced or repaired in a timely manner.

2. Cleaning and maintenance:

Regularly clean the interior and exterior of the equipment, remove dust and debris, and keep the equipment clean. Regularly add and replace lubricating oil to the lubrication parts of the equipment to ensure its normal operation.

3. Adjust parameters:

Adjust equipment parameters such as cutterhead speed and cutting blade clearance in a timely manner based on material characteristics and crushing requirements. Ensure that the equipment operates in optimal condition to improve crushing efficiency and product quality.

4. Safety protection:

Regularly inspect the safety protection devices of the equipment to ensure that they are intact and undamaged. Strictly follow safety operating procedures during equipment operation to ensure the safety of personnel and equipment.

5. Fault handling:

If any abnormal sound, vibration, or shutdown of the equipment is found, it should be stopped immediately for inspection. Take corresponding measures based on the fault symptoms and causes, and repair the equipment in a timely manner.

6. Training personnel:

Provide regular training and education to equipment operators to enhance their operational skills and safety awareness. Ensure that operators are proficient in the operation methods and maintenance skills of the equipment, reducing equipment failures caused by human factors.