Stainless steel precision CNC laser cutting and bending processing
service sheet metal parts customization
CNC laser cutting
Why use a laser to cut parts?
The main reason for using laser cutting technology is to reduce the
mechanical stress that the metal sheet is subjected to when it is
cut. Not only does the laser eliminate impact stress that can
adversely affect sheet metal products during the cutting process,
but the heated area is very small. This means that the rest of the
workpiece has little or no exposure to heat, thus maintaining the
properties of the material being processed.
Plus, because laser cuts can be made very close to each other
without negatively impacting the sheet metal, they help minimize
waste—tighter cuts allow you to make more per square foot of sheet
metal used parts
How does CNC metal laser cutting work?
CNC metal laser cutting uses the concentrated heat of a laser to
burn precise shapes into metal sheets. Where the laser touches, the
metal melts and cuts the part from the sheet metal. Cutting gas is
used to blow away any remaining molten material to ensure smooth
and precise edges (this is usually nitrogen, but for thicker
materials compressed air is more effective)
What can laser cutting be used for?
Laser cutting is great for making irregularly shaped flat metal
parts (sometimes called "blanks"). You can also use laser cutting
for regular shapes, but stamping is a more cost-effective process.
We use programming software to "nest" parts on the sheet in the
most efficient way to reduce cost and material waste
Which sheets can be laser cut?
Mild steel is the most common material for laser cut metal parts -
but we can also laser cut galvanized steel/Zintec, stainless steel,
aluminum, brass and bronze. We can process sheets up to 80mm thick
on our 30,000 watt fiber laser
product description
| product name | Customized metal processing services Aluminum plate stamping parts
CNC laser cutting production of sheet metal parts |
| color | Red, black, gray or other specified colors |
| surface treatment | Powder Coated, Anodized, Galvanized, Brushed |
| Quality Control | Strict quality control and 100% pre-shipment inspection |
| Processing type | laser cutting; metalworking
Precision blanking, stretching, cold extrusion, punching, bending,
flanging, forming, etc. |
| material standard | ISO, DIN, ASTM, UNS, AISI, JIS, BS, NF |
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