IPG Photonics is the
leading developer and manufacturer of high-performance fiber lasers and amplifiers for diverse
applications in numerous markets. IPG Photonics' diverse lines of low, mid and
high-power lasers and amplifiers are used in materials processing, communications, medical and advanced
applications. Theirs products are displacing traditional
applications in many current applications and enabling new applications for lasers.
IPG is a global company
with manufacturing facilities in the U.S., Germany, Russia and Italy, and regional sales offices
inJapan, Korea,
India and the United Kingdom. The Company sells its products
globally to OEMs, system integrators and end users in a wide range of diverse markets that have the in-house
engineering capability to integrate IPG's products into their own systems. Since its
founding in 1990, IPG has shipped more than 40,000 units to over 500 customers
worldwide.
IPG's unique technology
platform allows products to have higher output powers and superior beam
quality than are achievable through
traditional techniques.
IPG Photonics designs, develops, and
manufactures a wide range of advanced fiber amplifiers and lasers to meet the rapidly growing demands of
communications, test and measurement, and research applications. IPG’s proprietary technology results in
products that are exceptionally efficient, reliable, and cost-effective. These products are ideal for use
in the next generation optical networks, that include Long Haul Transport, Metro, Fiber To The Premises
(FTTP), CATV applications, and for a variety of traditional laser applications. These products are
available in Module, Rack Mounted, and table top housings for lab environments
applications.
Applications
Laser
Cutting: Laser cutting is
one of the biggest applications of lasers in materials processing. They are used in cutting a variety of
materials such as metals, nonmetals and organics. The wavelength, power, beam quality and spot size are
some of the parameters that determine the cutting dynamics. Pulsed lasers are used for fine cutting of
thin metals and CW lasers are used for cutting wide range of material thickness, as thick as up to 1.5
inches.
Laser welding:
Lasers offer a
wide range of welding capabilities such as spot, conduction, penetration and hybrid welding. Laser
welding is performed virtually in every industry as it offers numerous benefits such as high
welding speeds, short weld cycles, low heat input, low heat affected zone and minimal
distortion.
Laser Marking: Laser marking is widely employed on large scale for part identification and
traceability. Lasers mark a wide range of materials that include metals, nonmetals, ceramics, plastics,
organics, and semiconductors, to name a few. Laser marking is fast and flexible process that can mark
alphanumeric, graphics, logos, barcodes and even bitmaps.
Laser
Drilling: Laser drilling is
a successful manufacturing solution in many industries due to it advantages over using conventional
drilling techniques. Advantages include non-contact processing, low heat input into the material,
flexibility to drill a wide range of materials, accuracy and
consistency.
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