Materials Processing
Laser Cutting
Laser cutting offers consistent high-quality cuts across a wide range of materials and thicknesses with lower kerf and thermal stress than traditional cutting methods. Powered by continuous or pulsed lasers that pierce cleanly and quickly, laser cutting suffers from no tool wear while providing accurate, clean cuts that make post-processing virtually unnecessary.
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Laser Welding
Laser welding is a fast, economical, and non-contact method for joining a wide variety of metal-to-metal, polymer-to-polymer, metal-to-polymer, and glass-to-metal parts for virtually any industry or application. Processes requiring high processing speeds, complex weld geometries, or multi-layer joints benefit from the versatility and high productivity of laser welding.
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Laser Cleaning
Laser cleaning, also known as laser ablation, is an environmentally-friendly process that requires no costly material handling like chemical cleaning or abrasive blasting. Lasers are non-contact and spatially selective, removing material only from the area required with a process that never degrades in quality.
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Laser Heating & Drying
Wide area projection of laser energy is a highly efficient and sustainable heating, drying, and curing method for a variety of applications from battery foils to paint drying. Faster than traditional convection furnaces and more energy efficient than infrared lamps, laser heating and drying solutions offer the highest throughput and lowest operating costs in a compact footprint.
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Laser Additive Manufacturing
Encompassing a variety of processes, including selective laser melting and sintering, laser metal fusion, and laser metal disposition, laser additive manufacturing (LAM) is a flexible, high-speed process suited for both prototyping and industrial production. LAM solutions offer high quality results in a wide variety of metals and non-metals, reducing the need for finishing processes, even for small or complex parts.
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Laser Drilling
Laser drilling is a highly precise and repeatable process that can create holes of virtually any shape and size with diameters as small as a few microns. In many applications, laser drilling systems are able to drill hundreds or thousands of holes per second.
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Laser Marking
Laser marking is a non-contact, permanent marking method used across a variety of industries where part traceability is critical including medical, aerospace, and automotive. For text, codes, or symbols laser marking creates high-quality, high-contrast durable marks of any size or shape quickly and reliably.
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Laser Cladding
Laser cladding, or laser metal deposition, uses a laser beam to melt a stream of metallic powder or feed wire onto a workpiece surface. Capable of addressing both fine and large areas, laser cladding is a flexible, high speed process that produces high quality results with a minimal heat affected zone.
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Laser Brazing
The primary difference between welding and brazing is that welding involves the melting of the base material, whereas brazing involves melting only a filler metal which is flowed into the joint to create a bond between the base parts. Laser brazing is a high-speed, high-precision process that minimizes heat input.
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