What is a air float glass tilting breaking table

A gair float glass tilting breaking table is an automated device primarily used for flipping and transporting glass substrates. It is typically integrated into production lines to enable the switching of glass sheets between their front and back sides, ensuring compliance with process requirements. This equipment uses robotic arms, vacuum suction cups, and other mechanisms to grip the glass and complete the flipping action, ensuring the safe and precise transfer of the substrates.

Advantages of a air float glass tilting breaking table:

Increased Production Efficiency:
Automated flipping reduces manual operation time and increases the overall production line speed.

Reduced Human-Induced Damage:
The robotic arm and vacuum suction cup design reduces the risk of glass breakage during transport.

Precise Positioning:
The equipment is equipped with high-precision sensors and a positioning system to ensure accurate placement of the glass substrates after flipping.

Adaptable to Multiple Sizes:
It can be adjusted to accommodate different glass sizes, offering strong adaptability.

Improved Process Consistency:
Automated operation ensures consistent flipping action for each glass sheet, reducing process deviations.

Functions of a air float glass tilting breaking table:

Automatic Glass Substrate Gripping:
Automatically grips glass using vacuum suction cups or mechanical clamps.

Glass Substrate Flipping: Achieves a 180-degree or specified angle flipping motion.

Precise Glass Substrate Placement: Accurately places the flipped glass into the designated position.

Size and Thickness Detection: Integrated sensors detect glass size and thickness to ensure compliance with process requirements.

Abnormal Alarm and Protection: Automatic alarm in case of equipment malfunction to prevent damage to the glass or equipment.

Frequently Asked Questions (FAQs)

Q1: What size glass can the glass flipping and loading stage handle?

A1: The specific size range varies depending on the equipment model, but generally supports glass sizes from several hundred millimeters to over one meter.

Q2: Will the glass break during the flipping process?

A2: The equipment uses vacuum adsorption and flexible clamping to reduce mechanical stress, so breakage is usually not a problem, but proper operation and maintenance are required.

Q3: Can the equipment adapt to glass of different thicknesses?

A3: Yes, the equipment is usually designed with an automatic adjustment mechanism to adapt to glass of different thicknesses.

Q4: Does the equipment support integration into automated production lines?

A4: Yes, glass flipping and loading stages are typically designed as modular, facilitating integration into automated production lines.

Q5: Is the equipment difficult to maintain?

A5: The equipment structure is relatively simple. Regular maintenance of the vacuum system and mechanical components is sufficient; manufacturers usually provide maintenance guidance.