Specifications

1)Wide variety of materials
2)Dynamic following focus
3)Fixed Laser optical route
4)Nesting software
5)Adopt servo drive

portable  metal sheet laser cutting machine G6080 

 

Almost any type of material can be micro-cut. Materials which can be machined include:

 

metals: stainless steel, hardened steel, copper, aluminium, brass, tungsten, titanium

 

The list shows materials that we have already worked with. If you don't see your material listed, our R&D

facilities are ready to experiment.

 

Manufacturing efficiency

 

§ Increased per part savings due to low fixture costs, high feed rates, and multi-axis capabilities.

§ Increased saving due to more efficient utilization of materials.

§ Improved yield, more parts per sheet with less scrap, due to the narrow kerf (cut) width that

increases the efficiency of part layouts.

§ Reduced expense and increased efficiency producing prototypes, small runs, and large runs since

there is no tooling involved.

§ Increased ability to react quickly to market pressures and produce small quantities maintaining

strong business relations.

§ Improved processing since multiple jobs can be combined and cut in a single batch.

§ Greatly reduced setup times since laser cutting service providers can have an entire part

programmed, set up, and cut out in the same time it takes to get one hole set up and punched out

on a typical punch press.

§ Improved accuracy, consistency, control, and flexibility.

§ Increased speed and higher cutter throughput in most circumstances.

§ Improved part cost competitiveness due to low fixture costs, high feed rates, multi-axis capability

and minimal downtime.

§ Reduced order filling times since laser cut components often require no edge cleaning, making

them ready for immediate shipment and end-user service.

 

Other benefits

 

§ Reduced inventory due to typical efficiency of production runs.

§ Improved part appearance since a laser's minimal Heat Affected Zone eliminates distortion.

§ Reduced employee/operator training and expertise since computer-controlled tools do not require

as a high a level of training or expertise providing easier hiring and possibly reducing payrolls.

§ Improved ability to react or adapt to changing production needs.

§ Decreased risk of injury compared to many mechanical cutting methods.

§ Decreased noise, translating to improved work environments.

 

Samples showing: