Product Introduction
CNC Glass Cutting Machine is an automated fabrication table that converts digital drawings into high-speed, chip-free scores on raw sheets from 2mm to 19mm, optimizing material yield before the tempering process.
Description
Mechanical and Electric parts:
|
Mechanical |
Electric |
||
|
Platen |
Density board |
Controller |
Galil |
|
Guide |
Taiwan |
Servo Motor |
Yaskawa |
|
Relay |
SCHNEIDER |
||
|
Cutting Wheel |
Bohle |
Terminal |
WEIDMULLER |
|
laser sensor |
PANSONIC |
Proportional solenoid valve |
SMC |
Technical Parameters:
|
Equipment dimensions |
4400mm*3140mm |
Equipment weight |
3T |
|
Max Glass size |
3660mm*2440mm |
Height |
800mm±50mm |
|
Glass Thickness |
3~19mm |
Oil supply method |
Pneumatic automatic oil filling |
|
Cutting Speed |
0~180m/min |
Power supply |
380V/50HZ |
|
Straight line parallelism |
≤±0.25mm/m |
Equipment power |
11KW |
|
Diagonal accuracy |
≤±0.30mm/m |
Compressed air |
0.6MPa |
|
Loading Arm |
3 |
Cutting Holder |
The cutter head can be rotated 360° (can accurately cut any straight line and various shaped glass) |
Why Our Cutting Solution?
10% Material Savings: Built-in optimization software automatically nests cutting patterns to maximize glass yield and reduce costly waste.
Zero Edge-Chipping: Heavy-duty, stress-relieved steel frame coupled with precision pressure valves ensures clean scores, eliminating micro-cracks before the breaking and tempering stages.
Line Integration Ready: Fully compatible with upstream loading systems and downstream washing/breaking lines via standard industrial protocols.
Manufacturing & Technical Capacity
Our Precision Machining Fleet:
CNC Centers: 3 sets for high-precision components.
CNC Lathes: 5 sets (40, 50, and 100 models) + auxiliary small lathes.
Cutting & Grinding: 10 line cutting machines, 4 grinding machines, laser cutting & plano milling.
In-House Assembly: Heavy welding, precision drilling, and spray painting.
Technical Expertise:
Advanced Edge Working: Micron-level accuracy; eliminates micro-cracks before tempering.
Proprietary CNC System: In-house grinding algorithms with dynamic wheel-wear compensation.
Automation Integration: Seamless flow from loading, cutting, grinding to washing.
Applications
Curtain wall architectural glass production
Automotive windshield and side glass cutting
Home appliance glass panels (oven, refrigerator, induction cooktop)
Industrial OEM glass fabrication lines
Global Turnkey Logistics & Support
Factory-Direct Consumables: Get direct access to matched cutting wheels, cutting oil, and belts at wholesale prices-no third-party delays.
MENA Localized Support: Fast deployment of multilingual (English/Arabic) engineers from our Egypt and Qatar branches for on-site calibration, trial runs, and operator training.
Guaranteed Response: 30-minute remote diagnostics via system connect, with critical mechanical parts dispatched within 24 to 48 hours.
FAQ
Q: What is the main advantage of CNC glass cutting over traditional manual cutting?
A: CNC cutting eliminates human error, improves geometric accuracy, and significantly reduces material waste in high-volume production environments.
Q: Can this machine integrate into existing glass production lines?
A: Yes. The system is designed with modular PLC control and can be integrated into most standard architectural and automotive glass processing lines.
Q: How does the software improve material efficiency?
A: The built-in nesting algorithm automatically optimizes cutting layouts, reducing offcuts and improving sheet utilization by up to approximately 10%.
Q: What type of maintenance is required for long-term operation?
A: Routine maintenance includes cutting wheel replacement, rail lubrication, and software calibration checks. Core components are designed for continuous industrial duty.
Q: What happens if a component fails during production?
A: The machine includes remote diagnostic capability, enabling engineers to identify issues quickly and dispatch replacement parts within 24–48 hours.
Q: Is the machine suitable for high-volume continuous production?
A: Yes. It is engineered for 24/7 operation with servo-driven systems and reinforced structural stability for continuous industrial workload.
Q: Can operators with limited experience use this machine?
A: Yes. The control system includes guided operation interfaces and automated cutting path generation to reduce operator dependency.
Q: What industries typically use this equipment?
A: It is widely used in architectural glass curtain wall manufacturing, automotive windshield production, and home appliance glass panel fabrication.
Q: How is precision maintained during long-term use?
A: The system uses servo calibration feedback and structural steel frame stabilization to maintain consistent cutting accuracy over time.
Q: Can the machine reduce production cost per unit?
A: Yes. By improving material utilization and reducing rework rates, it significantly lowers per-sheet processing cost in high-volume production.
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