Through multi-axis motion and intelligent control, 3D laser cutting technology breaks through the limitations of traditional processing dimensions, injects new kinetic energy into high-end manufacturing in the fields of aerospace, automobiles, and medical care, and realizes the leap from "segmented production" to "spatial integrated molding" of complex components.

 

The equipment is equipped with a five-axis linkage system, combined with a high-dynamic laser head and a rotary table, which can achieve precise focusing at any spatial angle. The beam positioning accuracy reaches ±0.05mm, the heat-affected zone is controlled within 50μm, and it supports the cutting of materials such as stainless steel, titanium alloy, and carbon fiber with a thickness of 0.3-30mm. For example, the processing of the air film hole on the curved surface of an aircraft engine blade has a cut verticality of 89.5°, which is 4 times more efficient than the EDM process, and there is no electrode loss.

 

New energy vehicles: In the microfluidic processing of hydrogen fuel cell bipolar plates, green laser (532nm) etches a 3D airway with a width of 0.08mm and a depth of 0.05mm on 0.1mm stainless steel, and the hydrogen conversion efficiency is increased by 15%;

High-end medical care: Cutting titanium alloy bionic bone scaffolds based on patient CT data, the pore gradient error is ≤5%, and the bone cell attachment rate is increased by 40%;

Aerospace: Pretreatment of special-shaped welds of satellite fuel tanks, laser cleaning and cutting are completed simultaneously to avoid chemical pollution and shorten the construction period by 60%.

 

BlueBird is a professional laser equipment manufacturer, mainly engaged in laser cutting machines, laser marking machines and laser welding machines, which are widely used in semiconductors, electronic 3C, medical devices and other industries. We provide enterprises with complete system solutions and technical services, and welcome customers with needs to contact us.