Achieve High-Speed, High-Quality Processing with Mazak’s OPTIPLEX HP and Grand Cut Technology
What is Grand Cut?
Grand Cut is an advanced laser cutting process developed by Mazak that combines specialized beam characteristics, proprietary nozzle design, and optimized cutting parameters to enhance the laser’s thermal interaction with the material. Working with Mazak’s SmoothCUT laser source and proprietary cutting head, Grand Cut makes reliable, repeatable processing of thick-plate materials a reality.
Key capabilities of Grand Cut include:
- GS nozzle design allows for improved assist gas delivery and reduces scattered radiation absorption
- New piercing techniques protect consumables by removing spatter and reducing heat induction
- Edge taper is improved for straighter, more accurate cut
edges. Straight edges mean a better fit up on assembly - Better dynamic flow creates superior edge quality and surface finish
- Reliable cutting of thicker materials, even for new users
With Grand Cut technology, operators can process materials up to approximately 2.0” (50 mm) thickness with significantly greater stability compared to conventional laser cutting methods.
In addition, angular deviation can be reduced by 80%, resulting in straighter edges and superior part quality.
fiber laser oscillator achieves reliable beam quality across a wide range of materials and thicknesses.
Benefits for fabricators:
- Makes the processing of thick plate accessible even for new laser users
- More consistent cut quality across different material grades
- Less secondary processing, such as grinding or deburring
- Better part fitment for downstream operations
Combined with the power and precision of the Mazak OPTIPLEX HP, Grand Cut technology enables fabricators to achieve high-speed, high-quality laser processing while maintaining stable performance for thick-plate applications.
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