- 40,000 kilowatts of super-large laser power
- 12m super large work surface
- Powerful cutting without burr
Specifications
| Specification | unit | TE12025 |
|---|---|---|
| Laser Power | W | 12000~60000 |
| Working Size | mm | 1200x2500 |
| X,Y axis Maximum Speed | m/min | 120 |
| X,Y axis Maximum Simultaneous Speed | m/min | 171 |
| Maximum Simultaneous Acceleration | 2.8g | |
| Positiong Accuracy | mm | ±0.05 |
| Repeat Positiong Accuracy | mm | ±0.05 |
| Weight | ton | 38 |
| Dimension | mm | 4100x29400x2350 |
FLOOR PLAN
SAMPLE
FAQ
Not necessarily. The process of automating an entire factory and production line inherently involves a gradual integration—starting with the automation of individual machines and progressing to the integration of automated warehousing and management software—so planning can be done in phases based on on-site conditions.
It can integrate sheet metal processing equipment such as laser cutters, CNC press brakes, turret-type punch presses, welding equipment, and automatic multi-angle bending centers.
In addition to the processing equipment itself, it also includes automatic loading and unloading systems, automatic coil feeding systems, storage racks, management and control software, monitoring interfaces, and material flow scheduling systems.
Typically, sheet metal factories facing labor shortages, lengthy material handling times, frequent line changes, difficult-to-manage scheduling, or those seeking to extend continuous processing time.
Standalone machine automation is not sufficient; integration with automated warehousing and related management and control software is also required to achieve production automation control and Industry 4.0 goals.
Still unsure if an automated production line is right for you?
Tell us about your current equipment setup, bottleneck processes, and production capacity goals, and Tailift will help you evaluate the most suitable sheet metal automation solution!
[Inquire About Sheet Metal Automation Solutions Now]