Sheet Metal Fabricated Metal Precision Custom Sheet Metal
Fabrication Services Anodized Metal Parts
Custom Sheet Metal Laser Cutting
One of the most practical processes for cutting sheet metal is
laser cutting. This process is also known as CNC laser cutting or
laser beam cutting. Laser cutting is capable of cutting a variety
of materials, such as aluminum or steel. Three-dimensional objects
such as tubes and profiles can also be cut by the laser cutting
process
We use laser cutting technology for different sheet metal
fabrication projects. These methods bring many benefits to your
project, such as:
Relatively low cost:Laser cutting involves CNC automation, which reduces labor costs
Speed and Efficiency:Depending on the complexity and tolerances of the part, the laser
can move very quickly around 20-70 inches/minute
automation:Laser cutters run entirely through CNC control, resulting in higher
quality and highest efficiency products
High precision:Highly detailed ability to produce tight tolerances and small cuts
Advantages of sheet metal laser cutting
Here are five key advantages of this manufacturing technique
High precision cutting
The beam cuts metal with very high precision in laser cutting
manufacturing. The accuracy and precision of laser melting and
evaporating material is unmatched by many other cutting methods.
Some die-cutting tools have a tolerance level of about 1 to 3 mm,
while laser cutters can cut as low as 0.003 mm
High sheet utilization
Laser cutters offer the opportunity to use most of the
manufacturing materials. The technology wastes little or no space -
the machine maximizes the number of parts available for any sheet
metal. So don't worry about supplying excess material; you can buy
the exact amount and know it's enough
Extreme cutting versatility
Laser cutting operations are very flexible and versatile. A single
laser cutter works well for different cutting operations such as
simple cuts, complex cuts with intricate details, marking, drilling
and even engraving. Therefore, the manufacturer does not need to
change the tooling from time to time during the process
Low power consumption
Unlike some other cutters, laser cutters do not require moving
different parts of the equipment. This allows them to cut material
efficiently without consuming too much energy. While laser cutters
can use 10kW of energy, most other programs can use up to five
times
little or no damage
Maybe you think that heating the material in laser cutting could
cause the part to warp or warp, or even break it completely. Well,
this is not true. Few parts are affected by heat in laser cutting
and do not pose a threat to the tolerances of features or
components after fabrication
Product Description
| Product parts | According to your drawings (size, material, thickness, processing
content, required process, etc.) |
| Available materials | Stainless steel, aluminum, alloy, iron, brass, etc. |
| Processing Equipment | Laser Cutting , Laser Marking , Laser Cleaning , CNC Bending , CNC
Riveting , CNC Straightening , Butt Welding Machine , Welding Screw
, Welding Machine , Laser Welding Machine etc. |
| drawing format | Auto CAD , Solid Works , UG , CAD/CAM/CAE , PDF |
| surface treatment | Heat Treatment , Polishing , PVD/CVD Coating , Galvanizing ,
Electroplating , Spraying , Painting etc. |
| type | OEM/ODM orders are welcome |
Factory Photo
