自動レーザー切断 vs CNC切断：メーカーが考慮すべきことは？
切断プロセスを選択する際、多くのメーカーはCNC切断と自動レーザー切断を比較します。.
Both methods are widely used in metal processing, but they solve different production challenges. The better option depends on the product, material and manufacturing requirements.
CNC Cutting: Suitable for Stable Production
CNC cutting has been used in manufacturing for many years and remains a practical solution for many applications.
It works well when:
- Product designs are stable
- Production processes are already established
- Parts require traditional machining methods
However, when manufacturers need to handle different product shapes or frequent production changes, setup time and tooling requirements can become limitations.
Automatic Laser Cutting: More Flexibility for Modern Manufacturing
Automatic laser cutting uses a laser beam to process materials without direct contact with the workpiece.
This makes it suitable for applications such as:
- Sheet metal components
- Automotive parts
- 産業用設備
- Customized metal structures
For manufacturers dealing with complex parts or changing production requirements, laser cutting provides more flexibility in process adjustment.
When Robot Laser Cutting Makes Sense
For large, irregular or difficult-to-position workpieces, a robotic laser cutting system can provide additional flexibility.
A typical system combines:
- 産業用ロボット
- ファイバーレーザー光源
- Cutting head
- Customized fixture
The robot movement allows the cutting head to reach different positions, which is difficult for some traditional fixed machines.
However, successful robotic laser cutting is not only about choosing the laser power or robot model. Fixture design, cutting path planning and process testing are also important parts of the project.
TrueSyn Laser Robotic Cutting Solutions
TrueSyn Laser develops robotic laser cutting and welding solutions for manufacturers who need more flexible automation.
By combining industrial robots, fiber laser technology and application experience, TrueSyn helps customers build systems based on their actual production requirements.