Features & Specs
Pneumatic Tilting Top Cover Individual Glass Bending Oven (GBO-A-A)
Features
- One Station Budget Glass Bending Furnace
- Heating, Annealing, Cooling, Loading & Unloading are Carried Out at the Same Station
- Metal Structure with High Temperature Resistant Paint
- Oven Body Wall Insulated with Thick Thermal Preservation Materials
- Top Cover Tilted by Powerful Pneumatic Cylinders
- Tilting Top Cover Heat Insulated with Thick Thermal Preservation Materials
- Tilted Top Cover Provides Better & Efficient Annealing & Cooling
- Minimum Heat Loss with Lowest Possible Energy Consumption
- Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
- Thermocouples Measure Real Time Temperatures
- Specially Design for Glass Angle Bending with Deep Bending Depth
Operation
Loading
Bending mould is loaded inside oven with top cover tilt opened. Glass is then loaded on mould. Top cover tilts down.
Heating
Glass starts to be heated up with all heating resistors turned on. When it becomes soft, it slowly falls down and approaches to bending mold by means of gravity. Operator begins to turn off proper heating resistors with respect to glass curvature until glass edges get in contact around the rim of bending mould.
Annealing
Glass begins to anneal. If necessary, top cover gradually tilts up to allow annealing in a better and efficient way.
Cooling
When annealing is accomplished, top cover is open at its maximum tilting up position for cooling.
Unloading
When glass is cooled enough for handling, glass is unloaded and removed. Another glass is loaded on bending mould. If glass type is changed, bending mould is replaced by corresponding bending mould. Bending, annealing and cooling cycle are repeated.
Specifications
| Models | GBO-A-A-1022 | GBO-A-A-1426 |
| Max. Glass Size (mm) | 1000 x 2200 | 1400 x 2600 |
| Power (KW) | 26 | 50 |
| Voltage | 380 V / 3 phase / 50 Hz | |
| Weight (kg) | 1200 | 2000 |
| Outer Dimensions (LxWxH) (mm) | 2700 x 1400 x 1300 | 3100 x 1800 x 1400 |
