Laser welding and cutting are used in a variety of industries including: Automotive, Aerospace, Furniture, Sensor, Food Preparation, Consumer Goods.
Dissimilar Metals Joining
Tube Welding
Sensor Welding
Micro Welding
Hermetic Sealing
Blank Welding
Seam Welding
Improved Consistency
Close Tolerance
Low Weld Cost per Unit
High Production Rates
High Penetration
Improved Joint Appearance
Low Heat Input - Minimal HAZ (Heat Affected Zone)
Non-Contact Processes
Precision beam quality and high processing speeds combined with no electrode wear results in increased productivity and efficiency. Laser welding offers a consistent result due consistent beam quality and repeatability of CNC controls in the weld process.
Metal
Wood
Acrylics / Plastics
Ceramics
Composites
High Cut Quality - Little or No Secondary Finishing
Minimum Clamping
No Tool Wear
CNC Controls Provide Accuracy
Low Operating Costs
Superior Edge Quality
Cleaner Process with Less Debris
Flame / Fire Polished Edge
A focused laser beam is able to cut through thin sheet metal, thick section metal up to 40mm and stainless steel up to 32mm oxide-free. Laser beams provides a smoother edge and better accuracy proven to be superior to plasma or oxy-fuel cutting, and at much higher speeds than water jet cutting.
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