High Effective High Quality Easy Operation Free Parts

Applications of Automatic Low e Deletion Machine

The horizontal LOW - E glass automatic film - removal machine has a wide range of applications. In architectural glass processing, it can be used to remove the film from the edges of window glass to ensure sealing, and from the connection parts of curtain wall glass to prevent corrosion. In glass deep - processing, it can remove the film around insulating glass to improve quality, and can also perform local film - removal on laminated glass according to the process to guarantee its quality.

Advantages of Automatic Low e Deletion Machine

1.Cost-effectiveness

1.1.Lower Equipment Cost
Compared with fully automatic film - removing machines, the horizontal semi - automatic LOW - E glass film - removing machine has relatively less investment in automated components and complex control systems. This results in a lower equipment purchase cost, making it a more cost - effective option for small and medium - sized enterprises with limited budgets but in need of LOW - E glass film - removing operations.

1.2.Controllable Labor Cost
Although it is semi - automatic, the manual intervention required is not heavy physical labor. It mainly involves simple operations and monitoring. Enterprises can flexibly arrange labor according to their production scale and rhythm, effectively controlling labor costs while ensuring production efficiency. For example, when the order volume is low, the number of operators can be reduced to avoid waste of labor.

2.High Operational Flexibility

2.1.Convenient Manual Adjustment
The semi - automatic operation gives operators greater flexibility. During the film - removing process, if there are slight differences in the film condition of the glass or the film - removing effect, operators can promptly adjust the film - removing parameters manually, such as the film - removing speed and force, to adapt to the changes in the film characteristics of different batches of glass and ensure that the film - removing effect always meets the requirements.

2.2.Adaptability to Diverse Production Tasks
Whether it is a small - batch, multi - variety customized glass film - removing task or a relatively large - batch production order with certain differences in specifications, the horizontal semi - automatic film - removing machine can adapt well. Operators can flexibly switch operation modes and parameters according to the specific conditions of each batch or each piece of glass, without the need for complex program adjustments like fully automatic equipment to adapt to diversified production.

3.High film-removing Accuracy

3.1.Precise Local Film-removal
Even as a semi - automatic device, its film - removing tools and positioning systems are still carefully designed and calibrated. It can perform high - precision film - removal operations on specific areas of the glass. For areas that require precise film - removal, such as the edges of window glass and the areas corresponding to the spacer bars of insulating glass, the film - removal error can be controlled within a small range, meeting the strict requirements for product accuracy in the construction and glass deep - processing industries.

3.2.Good Film-removal Quality
Through a reasonable mechanical structure and professional film-removal techniques, this equipment can ensure thorough film - removal while minimizing damage to the glass surface. After film - removal, the glass surface has high flatness and no scratches, without affecting the subsequent processing and performance of the glass, such as the sealing of insulating glass and the bonding of laminated glass.

4.Efficient Space Utilization

Advantages of horizontal design: The horizontal equipment structure is more flat in spatial layout. Compared with some vertical or complex - structured film - removing equipment, the horizontal semi - automatic film - removing machine can be better matched with surrounding glass processing equipment and transportation channels in the same production area, improving the space utilization rate of the entire production workshop. This is particularly important for glass processing enterprises with limited space.