![PS-280[330].png](https://ecdn6.globalso.com/upload/p/3453/image_other/2025-07/ps-280-330.png)
【PS280】CNC Panel Saw
Highlights
【Pneumatic Clamping】
The advanced two-finger structure secures panels with an air cylinder, ensuring precise cutting via a roller conveyor without surface damage.
【Saw Carriage Drive Servo Motor】
Featuring a 2kw servo motor, saw carriage power reducer, and three-phase asynchronous gear motor, ensuring high efficiency and stable cutting performance.
【Saw Carriage】
The main and scoring saws lift independently, with an automatic sawing stroke adjustment based on cutting thickness and width. The 18.5kW main saw motor enables quick blade changes, reducing worker effort.
【Saw Carriage Lifting Mechanism】
The 18.5kW motor drives the main saw shaft at 4000 RPM, while the precision reducer automatically adjusts cutting height based on panel thickness, ensuring high-speed, stable, and precise performance.
【Cutting Bench】
Air Floating Beads: Minimize friction for effortless board movement while preventing surface scratches.
Enhanced Saw Table Design: A narrower, reinforced structure prevents sinking or deformation, ensuring precise cuts with reduced edge chipping.
Enhanced Saw Table Design: A narrower, reinforced structure prevents sinking or deformation, ensuring precise cuts with reduced edge chipping.
Product Specifications
|
Max.cutting length |
2800mm |
Saw carrier driving motor power |
2kw( AC sevro ) |
|
Max.cutting thickness |
120mm |
Automatic feeding motor |
2kw( AC sevro ) |
|
Main saw blade |
Ф380mm(option450mm) |
High-pressure blower motor |
3kw+2.2kw |
|
Main saw shaft diameter |
Ф75mm |
Side aligner motor |
0.25kw |
|
Main saw shaft rotation speed |
4000rpm |
Total power |
30.15kw |
|
Scoring saw blade diameter |
Ф200mm |
Automatic Feeding speed |
85m/min |
|
Scoring saw shaft diameter |
Ф50 |
Air pressure |
5-7kg/cm2 |
|
Scoring saw shaft rotation speed |
5200rpm |
Worktable height |
980mm |
|
Saw carriage forward speed |
0-100m/min |
Net weight |
5300kg |
|
Saw carriage backward speed |
0-120m/min |
Machine size |
6060*5240*2060mm |
|
Main saw motor power |
18.5kw |
Air floating table quantity |
3 |
|
Scoring saw motor power |
2.2kw |
|
Applications
FAQ
-
What is a Linear ATC Machining Center?
A Linear ATC Machining Center is a type of CNC (Computer Numerical Control) machine that features an automatic tool change system. It allows for quick and efficient switching between different tools during the machining process, enhancing productivity and precision. -
What types of products can be produced using a Linear ATC Machining Center?
A Linear ATC Machining Center is a type of CNC (Computer Numerical Control) machine that features an automatic tool change system. It allows for quick and efficient switching between different tools during the machining process, enhancing productivity and precision. -
What are the advantages of using a Linear ATC Machining Center?
A Linear ATC Machining Center is a type of CNC (Computer Numerical Control) machine that features an automatic tool change system. It allows for quick and efficient switching between different tools during the machining process, enhancing productivity and precision. -
How does the automatic tool change process work?
A Linear ATC Machining Center is a type of CNC (Computer Numerical Control) machine that features an automatic tool change system. It allows for quick and efficient switching between different tools during the machining process, enhancing productivity and precision. -
What maintenance is required for a Linear ATC Machining Center?
A Linear ATC Machining Center is a type of CNC (Computer Numerical Control) machine that features an automatic tool change system. It allows for quick and efficient switching between different tools during the machining process, enhancing productivity and precision. -
Can the Linear ATC Machining Center handle large workpieces?
A Linear ATC Machining Center is a type of CNC (Computer Numerical Control) machine that features an automatic tool change system. It allows for quick and efficient switching between different tools during the machining process, enhancing productivity and precision.
