Biggest changeOur principal end markets and representative applications within those markets include: 4 Table of Contents Materials Processing Markets End Market Applications Principal Products General Manufacturing Flat sheet, tube and 3D cutting Continuous Wave ("CW") lasers (1-50 kW) and IPG systems Welding, brazing, hardening and cladding CW lasers (1-125 kW) and IPG systems Surface cleaning and texturing, paint and coating stripping and drying Nanosecond ("NS") pulsed lasers (100-3,000 W), single-mode CW lasers (1-5 kW), diode lasers (1-40 kW) and IPG systems 3D printing CW lasers (200-6,000 W) Marking, engraving and printing NS pulsed lasers (10-1,000 W) and Quasi-CW ("QCW") lasers (100-2,000 W) Automotive Cutting of high-strength steel and aluminum CW lasers (1-20 kW) Welding tailored blanks, frames and auto parts CW lasers (1-50 kW) Seam welding and brazing CW lasers( 1-20 kW) and IPG systems Electric vehicle battery and motor manufacturing CW and QCW lasers, NS pulsed lasers and IPG systems Consumer Goods Micro welding, cutting and marking QCW and NS pulsed lasers Marking of polymers and other non-metals Infrared ("IR"), green and ultraviolet ("UV") pulsed lasers Medical Devices Stent, pacemaker and other medical device manufacturing CW, NS , Picosecond ("PS") and Femtosecond ("FS") pulsed lasers and IPG systems Energy/Renewable Energy Hardening and welding of tubes and pipes CW lasers (4-50 kW) and IPG systems Cladding of turbine blades and drill bits CW lasers (1-20 kW) Solar cell processing Green NS pulsed lasers Aerospace, Rail and Shipbuilding Welding/cutting thick steel plates, titanium CW lasers (1-50 kW) and IPG systems Percussion drilling of aerospace parts QCW lasers (1-2 kW) Surface cleaning and texturing, paint and coating stripping and drying NS pulsed lasers (100-3,000 W), single-mode CW lasers (1-5 kW), diode lasers (1-40 kW) and IPG systems Micro Electronics Wafer inspection and annealing, disk mastering, flat panel display, LED lift-off Ultraviolet CW and NS pulsed lasers Processing of glass, ceramics, sapphire, silicon, diamond, Teflon, PCB, CFRP and other non-metals IR, green and UV NS pulsed lasers, PS and FS pulsed lasers, QCW lasers 5 Table of Contents Other Markets End Market Applications Principal Products Aerospace and Defense Directed energy Single-mode CW lasers, amplifiers and diode lasers IR countermeasures, thermal imaging Mid-IR NS pulsed lasers Medical Procedures Surgery, urology and soft tissue Mid-infrared, thulium, FS and laser systems Therapeutic procedures Diode lasers Aesthetic procedures - skin, wrinkle/hair/tattoo removal Erbium, thulium, green lasers Dental procedures Diode lasers Diagnostic procedures Mid-infrared and FS OEM Instrument Manufacturing Biomedical analytical instruments, metrology, disinfection/sterilization, environmental and security monitoring, quantum computing FS, PS, NS and CW lasers, Mid-infrared, IR, visible and UV lasers Scientific Academic research: sensing, imaging, microscopy, spectroscopy, quantum optics Mid-infrared, IR, visible and UV lasers; diode, FS, PS, NS and CW lasers, linearly polarized and single frequency lasers and amplifiers Products We design and manufacture a broad range of high-performance fiber lasers and amplifiers.
Biggest changeOur principal end markets and representative applications within those markets include: 4 Table of Contents Materials Processing Markets End Market Applications Principal Products General Manufacturing Welding, brazing, hardening and cladding Continuous Wave ("CW") lasers (1-125 kW) and IPG systems Flat sheet, tube and 3D cutting CW lasers (1-50 kW) and IPG systems Marking, engraving and printing NS pulsed lasers (10-1,000 W) and Quasi-CW ("QCW") lasers (100-2,000 W) Surface cleaning and texturing, paint and coating stripping Nanosecond ("NS") pulsed lasers (100-3,000 W), single-mode CW lasers (1-5 kW) and IPG systems Heating and drying Diode lasers (1-40 kW) 3D printing CW lasers (200-6,000 W) Automotive (including Electric Vehicles) Welding, cleaning, drying, and cutting, including foil cutting CW and QCW lasers, NS pulsed lasers and IPG systems Cutting of high-strength steel and aluminum CW lasers (1-20 kW) Welding tailored blanks, frames and auto parts CW lasers (1-50 kW) Seam welding and brazing CW lasers( 1-20 kW) and IPG systems Consumer Goods Micro welding, cutting and marking QCW and NS pulsed lasers Marking of polymers and other non-metals Infrared ("IR"), green and ultraviolet ("UV") pulsed lasers Medical Devices Stent, pacemaker and other medical device manufacturing CW, NS, Picosecond ("PS") and Femtosecond ("FS") pulsed lasers and IPG systems Energy/Renewable Energy Hardening and welding of tubes and pipes CW lasers (4-50 kW) and IPG systems Cladding of turbine blades and drill bits CW lasers (1-20 kW) Solar cell processing Green NS pulsed lasers Aerospace, Rail and Shipbuilding Welding/cutting thick steel plates, titanium CW lasers (1-50 kW) and IPG systems Percussion drilling of aerospace parts QCW lasers (1-2 kW) Surface cleaning and texturing, paint and coating stripping and drying NS pulsed lasers (100-3,000 W), single-mode CW lasers (1-5 kW), diode lasers (1-40 kW) and IPG systems Micro Electronics Wafer inspection and annealing, disk mastering, flat panel display, LED lift-off Ultraviolet CW and NS pulsed lasers Processing of glass, ceramics, sapphire, silicon, diamond, Teflon, PCB, CFRP and other non-metals IR, green and UV NS pulsed lasers, PS and FS pulsed lasers, QCW lasers Other Markets End Market Applications Principal Products Aerospace and Defense Directed energy Single-mode CW lasers, amplifiers and diode lasers IR countermeasures, thermal imaging Mid-IR NS pulsed lasers Medical Procedures Surgery, urology and soft tissue Mid-infrared, thulium, FS and laser systems Therapeutic procedures Diode lasers Aesthetic procedures - skin, wrinkle/hair/tattoo removal Erbium, thulium, green lasers Dental procedures Diode lasers Diagnostic procedures Mid-infrared and FS OEM Instrument Manufacturing Biomedical analytical instruments, metrology, disinfection/sterilization, environmental and security monitoring, quantum computing FS, PS, NS and CW lasers, Mid-infrared, IR, visible and UV lasers Scientific Academic research: sensing, imaging, microscopy, spectroscopy, quantum optics Mid-infrared, IR, visible and UV lasers; diode, FS, PS, NS and CW lasers, linearly polarized and single frequency lasers and amplifiers 5 Table of Contents Products We design and manufacture a broad range of high-performance fiber lasers and amplifiers.
Fiber lasers are a type of laser that combine the advantages of semiconductor diodes, such as long life and high efficiency, with the high amplification and precise beam qualities of specialty optical fibers to deliver superior performance, reliability and usability. Our portfolio of laser solutions are used in materials processing, medical and advanced applications.
Fiber lasers are a type of laser that combine the advantages of semiconductor diodes, such as long life and high efficiency, with the high amplification and precise beam qualities of specialty optical fibers to deliver superior performance, reliability and usability. Our portfolio of laser solutions is used in materials processing, medical and advanced applications.
Our broad range of standard and custom fiber lasers operating at various wavelengths and pulse durations allow us to meet varied customer requirements. Further, our vertically integrated manufacturing and broad technology expertise allow us to design, prototype and commence high-volume production of our products rapidly. Diverse Customer Base, End Markets and Applications.
Our broad range of standard and custom fiber lasers operating at various wavelengths and pulse durations allow us to meet varied customer requirements. Further, our vertically integrated manufacturing and broad technology expertise allow us to design, prototype and commence high-volume commercial production of our products rapidly. Diverse Customer Base, End Markets and Applications.
We also make packaged diodes, direct diode lasers, laser and non-laser systems and communications components and systems. Many of our products are designed to be used as general-purpose energy or light sources, making them useful in diverse applications and markets.
We also make direct diode lasers, packaged semiconductor diodes, laser and non-laser systems and communications components and systems. Many of our products are designed to be used as general-purpose energy or light sources, making them useful in diverse applications and markets.
The high beam quality of our fiber lasers coupled with high CW power offer deep penetration welding as well as shallow conduction mode welding. Adjustable mode beam (AMB) lasers allow beam tunability for precise high-quality welding required in electric vehicle battery manufacturing.
The high beam quality of our fiber lasers coupled with high CW power offer deep penetration welding as well as shallow conduction mode welding. Adjustable mode beam (AMB) lasers allow beam tunability for spatterless, precise high-quality welding required in electric vehicle battery manufacturing.
We produce hybrid fiber-solid state lasers at green and ultraviolet wavelengths for a range of micro processing applications and in the mid-IR spectrum for sensing, imaging and spectroscopy applications. We also sell fiber pigtailed packaged diodes and fiber coupled direct diode laser systems that use semiconductor diodes rather than optical fibers as their gain medium.
We produce hybrid fiber-solid state lasers at green and ultraviolet wavelengths for a range of micro processing applications and in the mid-IR spectrum for sensing, imaging and spectroscopy applications. We also sell fiber pigtailed packaged diodes as components for pumping applications, and fiber coupled direct diode laser systems that use semiconductor diodes rather than optical fibers as their gain medium.
Scherbakov attended the Russian Academy of Science in Moscow, where he received a Ph.D. in Quantum Electronics from its Lebedev Physics Institute and a Dr.Sci. degree in Laser Physics from its General Physics Institute. 12 Table of Contents Angelo P. Lopresti has served as our General Counsel, Secretary and Vice President since February 2001.
Scherbakov attended the Russian Academy of Science in Moscow, where he received a Ph.D. in Quantum Electronics from its Lebedev Physics Institute and a Dr.Sci. degree in Laser Physics from its General Physics Institute. 11 Table of Contents Angelo P. Lopresti has served as our General Counsel, Secretary and Vice President since February 2001.
Historically, machine tools such as grinding machines, mechanical saws, milling machines, lathes, presses, water jet cutters, plasma cutters and welding machines have been used to cut, combine, form or otherwise process metal in the production of finished goods such as automobiles, consumer appliances, electronics and heavy machinery.
Historically, machine tools such as grinding machines, mechanical saws, milling machines, lathes, presses, water jet cutters, plasma cutters and welding machines have been used to cut, join, form or otherwise process metal in the production of finished goods such as automobiles, consumer appliances, electronics and heavy machinery.
Frame agreements are non-binding indications of customer pricing and volume levels but are not firm customer purchase obligations. Orders used to compute backlog are generally cancellable without substantial penalties or any penalties. We anticipate shipping a substantial majority of the present backlog during fiscal year 2023.
Frame agreements are non-binding indications of customer pricing and volume levels but are not firm customer purchase obligations. Orders used to compute backlog are generally cancellable without substantial penalties or any penalties. We anticipate shipping a substantial majority of the present backlog during fiscal year 2024.
Our vertically integrated manufacturing operations include the manufacturing or assembly of optical preforms, specialty fiber, semiconductor wafers, laser diodes and packaged laser diodes, specialty optical components, fiber blocks, fiber laser modules, power supplies, circuit boards, electronics and control systems and software, crystals, chillers, housings and cabinets and final assembly of finished product.
Our vertically integrated manufacturing operations include the manufacturing or assembly of optical preforms, specialty fiber, semiconductor wafers, semiconductor diode chips and packaged semiconductor diodes, specialty optical components, fiber blocks, fiber laser modules, power supplies, circuit boards, electronics and control systems and software, crystals, chillers, housings and cabinets and final assembly of finished product.
Globally, the demand for employees with such levels of education is high and competitive. To succeed in these conditions, IPG implements key recruitment and retention strategies, objectives and effectiveness measures as part of the overall management of our business. These core strategies are advanced through the following programs, policies and initiatives: Competitive Pay and Benefits .
Globally, the demand for employees with such levels of education is high and competitive. 10 Table of Contents To succeed in these conditions, IPG implements key recruitment and retention strategies, objectives and effectiveness measures as part of the overall management of our business. These core strategies are advanced through the following programs, policies and initiatives: Competitive Pay and Benefits .
We further discuss the impact of such Trade Controls under " Risk Factors " in Item 1A " — We must comply with and could be impacted by various export controls and trade and economic sanctions laws and regulations that could negatively affect our business and may change due to diplomatic and political considerations outside of our control".
We further discuss the impact of such Trade Controls under " Risk Factors " in Item 1A " — We must comply with and could be impacted by various export controls and trade and economic 12 Table of Contents sanctions laws and regulations that could negatively affect our business and may change due to diplomatic and political considerations outside of our control".
We are expanding our line of cutting and welding optical processing heads for use with our fiber lasers and sell devices for in-line coherent monitoring for welding. 6 Table of Contents Systems In addition to selling laser sources, we also offer integrated laser systems for particular geographic markets or custom-developed for a customer's manufacturing requirements.
We are expanding our line of cutting and welding optical processing heads for use with our fiber lasers and sell devices for in-line coherent monitoring for welding. Systems In addition to selling laser sources, we also offer integrated laser systems for particular geographic markets or custom-developed for a customer's manufacturing requirements.
The strategy of developing our proprietary components has allowed us to leverage our optical experience and large volume requirements to lower the cost of our products. 9 Table of Contents Our research and development supports expanding and improving our product line by increasing power levels, improving beam quality and electrical efficiency, decreasing the size of our products and lowering the cost per watt.
The strategy of developing our proprietary components has allowed us to leverage our optical experience and large volume requirements to lower the cost of our products. Our research and development supports expanding and improving our product line by increasing power levels, improving beam quality and electrical efficiency, decreasing the size of our products and lowering the cost per watt.
Our diverse customer base, end markets and applications provide us with many growth opportunities. In 2022, we shipped products to thousands of customers worldwide.
Our diverse customer base, end markets and applications provide us with many growth opportunities. In 2023, we shipped products to thousands of customers worldwide.
We believe that fiber lasers provide a combination of benefits that include: superior performance; enhanced end user productivity; lower cost of ownership; greater ease of use; a more compact footprint; and greater choice of wavelengths and more precise beam control.
We believe that fiber lasers provide a combination of benefits that include: superior performance; enhanced end user productivity; lower cost of ownership and environmentally friendly operation; greater ease of use; a more compact footprint; and greater choice of wavelengths and more precise beam control.
In addition to our cladding-pumped specialty fiber platform, we have core competencies in high power multi-mode and single-mode semiconductor laser diodes, diode packaging, specialty active and passive optical fibers, high-performance optical components, crystal growth and processing, fiber gain blocks and fiber modules, thin film optical coatings, as well as splicing and combining techniques and high-stress test methods.
In addition to our cladding-pumped specialty fiber platform, we have core competencies in high power multi-mode and single-mode semiconductor diodes, diode packaging, specialty active and passive optical fibers, high-performance optical components, crystal growth and processing, fiber gain blocks and fiber modules, thin film optical coatings, as well as splicing and combining techniques and high-stress test 8 Table of Contents methods.
Employee recruitment, retention and development . IPG works diligently to attract the best talent from a broad array of sources to meet the current and future demands of our business. We have established relationships with trade schools, world-class universities, professional associations and industry groups to proactively attract talented and capable new hires.
Employee recruitment, retention and development . IPG is committed to attracting the best talent from a broad array of sources to meet the current and future demands of our business. We have established relationships with trade schools, world-class universities, professional associations and industry groups to proactively attract talented and capable new hires.
Pulsed lasers accounted for 18%, 17%, and 13% of revenue in 2022, 2021 and 2020, respectively. Accessories We manufacture and sell accessories that include high power optical fiber delivery cables, fiber couplers, beam switches, chillers and scanners for our fiber lasers.
Pulsed lasers accounted for 14%, 18%, and 17% of revenue in 2023, 2022 and 2021, respectively. Accessories We manufacture and sell accessories that include high power optical fiber delivery cables, fiber couplers, beam switches, chillers and scanners for our fiber lasers.
Our team of experienced scientists and engineers works closely with many of our customers to develop and introduce custom products and laser processing that address specific applications and performance requirements. We incurred research and development costs of approximately $116.1 million, $139.6 million and $126.9 million for the years ended December 31, 2022, 2021 and 2020, respectively.
Our team of experienced scientists and engineers works closely with many of our customers to develop and introduce custom products and laser processing that address specific applications and performance requirements. We incurred research and development costs of approximately $98.7 million, $116.1 million and $139.6 million for the years ended December 31, 2023, 2022 and 2021, respectively.
We design and manufacture most of the key components used in our finished products, from semiconductor diodes to optical fiber preforms, finished fiber lasers and amplifiers. We manufacture complementary products used with our lasers including optical delivery cables, fiber couplers, beam switches, optical processing heads, in-line sensors and chillers.
We are vertically integrated such that we design and manufacture most of the key components used in our finished products, from semiconductor diodes to optical fiber preforms, finished fiber lasers and amplifiers. We manufacture complementary products used with our lasers including optical delivery cables, fiber couplers, beam switches, optical processing heads, in-line sensors and chillers.
As of December 31, 2022, we have over 700 patents issued and over 350 pending patent applications worldwide. Intellectual property rights, including those that we own, those that we license and those of others, involve significant risks. See Item 1A, " Risk Factors — In the past, we were subject to litigation alleging that we infringed third-party intellectual property rights.
As of December 31, 2023, we have over 750 patents issued and over 400 pending patent applications worldwide. Intellectual property rights, including those that we own, those that we license and those of others, involve significant risks. See Item 1A, " Risk Factors — In the past, we were subject to litigation alleging that we infringed third-party intellectual property rights.
We also make single-mode and low-mode output ytterbium fiber lasers with power levels of up to 20,000 watts and single-mode, erbium and thulium fiber lasers with power levels of up to 1,000 watts. For 2022 fiscal year, high power continuous wave ("CW") lasers accounted for 43% of revenue and were 47% and 54% of revenue, in 2021 and 2020, respectively.
We also make single-mode and low-mode output ytterbium fiber lasers with power levels of up to 20,000 watts and single-mode, erbium and thulium fiber lasers with power levels of up to 4,000 watts. For 2023 fiscal year, high power continuous wave ("CW") lasers accounted for 41% of revenue and were 43% and 47% of revenue, in 2022 and 2021, respectively.
Using our knowledge of optical fibers, we recently extended our product line by manufacturing fibers for medical uses in connection with our proprietary medical laser systems. Semiconductor Diode Laser Processing and Packaging Technologies We use multiple multi-mode, or broad area, single-emitter diodes rather than diode bars or stacks as a pump source.
Using our knowledge of optical fibers, we recently extended our product line by manufacturing fibers used as a consumable component with our proprietary medical laser systems. Semiconductor Diode Laser Processing and Packaging Technologies We use multiple multi-mode, or broad area, single-emitter diodes rather than diode bars or stacks as a pump source.
Our pulsed line includes nanosecond, picosecond and femtosecond lasers. We offer lasers with different gain mediums and wavelengths. The gain mediums are ytterbium, erbium and thulium, as well as Raman and hybrid fiber-solid state lasers using our crystal technology.
These lasers may be CW, QCW or pulsed. Our pulsed line includes nanosecond, picosecond and femtosecond lasers. We offer lasers with different gain mediums and wavelengths. The gain mediums are ytterbium, erbium and thulium, as well as Raman and hybrid fiber-solid state lasers using our crystal technology.
For the 2022, 2021 and 2020 fiscal years, laser and non-laser systems accounted for 11%, 9%, and 8%, respectively, of revenues. Our Markets We broadly classify our principal end markets as material processing, advanced applications, communications a nd medical procedures.
For the 2023, 2022 and 2021 fiscal years, laser and non-laser systems accounted for 13%, 11%, and 9%, respectively, of revenues. Our Markets We broadly classify our principal end markets as material processing, medical procedures, advanced applications and communications .
Our ultrafast, CW and QCW ytterbium, erbium, thulium fiber and hybrid lasers with average power from 1 to 200 watts, and diode laser systems can be used in various medical and biomedical applications.
Our ultrafast, CW and QCW ytterbium, erbium, thulium fiber and hybrid lasers with avera ge power from 1 to 200 watts, and dio de laser systems can be used in various medical and biomedical applications.
At December 31, 2022, our backlog included $500.9 million of orders with firm shipment dates and $310.1 million of frame agreements that we expect to ship within one year, compared to $487.3 million of orders with firm shipment dates and $241.7 million of frame agreements at December 31, 2021.
At December 31, 2023, our backlog included $401.1 million of orders with firm shipment dates and $290.3 million of frame agreements that we expect to ship within one year, compared to $500.9 million of orders with firm shipment dates and $310.1 million of frame agreements at December 31, 2022.
Backlog At December 31, 2022, our backlog of orders (generally scheduled for shipment within one year) was approximately $811.0 million compared to $729.0 million at December 31, 2021.
Backlog At December 31, 2023, our backlog of orders (generally scheduled for shipment within one year) was approximately $691.4 million compared to $811.0 million at December 31, 2022.
In 2020, we introduced our new LightWELD product line, a handheld laser welding system to provide fabricators a laser-based solution for welding. We offer 2D compact flat sheet cutter systems and multi-axis systems for fine welding, cutting and drilling. We produce high precision laser systems for the medical device industry.
We offer a LightWELD product line, which is a handheld laser welding system to provide fabricators a laser-based solution for welding. We also offer 2D compact flat sheet cutter systems and multi-axis systems for fine welding, cutting and drilling. We produce high precision laser systems for the medical device industry.
Executive Officers of the Registrant The following table sets forth certain information regarding our executive officers as of February 27, 2023: Name Age Position with the Company Eugene A. Scherbakov, Ph.D. 75 Chief Executive Officer Angelo P. Lopresti 59 General Counsel, Secretary and Senior Vice President Timothy P.V. Mammen 53 Chief Financial Officer and Senior Vice President Trevor D.
Executive Officers of the Registrant The following table sets forth certain information regarding our executive officers as of February 21, 2024: Name Age Position with the Company Eugene A. Scherbakov, Ph.D. 76 Chief Executive Officer Angelo P. Lopresti 60 General Counsel, Secretary and Senior Vice President Timothy P.V. Mammen 54 Chief Financial Officer and Senior Vice President Trevor D.
We sell our products globally to original equipment manufacturers ("OEMs"), system integrators and end users. We market our products internationally, primarily through our direct sales force. Our major manufacturing facilities are located in the United States, Germany, Russia and Belarus.
We sell our products globally to original equipment manufacturers ("OEMs"), system integrators and end users. We market our products internationally, primarily through our direct sales force. Our major manufacturing facilities are located in the United States and Germany. We have sales service offices and applications laboratories worldwide.
Ness 50 Senior Vice President, Sales and Strategic Business Development Alexander Ovtchinnikov, Ph.D. 62 Senior Vice President, Chief Technology Officer Igor Samartsev, Ph.D. 59 Senior Vice President, Chief Scientist Felix Stukalin 61 Senior Vice President, Chief Operating Officer Eugene A. Scherbakov, Ph.D. has served as our Chief Executive Officer since May 2021.
Ness 51 Senior Vice President, Sales and Strategic Business Development Alexander Ovtchinnikov, Ph.D. 63 Senior Vice President, Chief Technology Officer Igor Samartsev, Ph.D. 61 Senior Vice President, Chief Scientist Eugene A. Scherbakov, Ph.D. has served as our Chief Executive Officer since May 2021.
With the sale of sale of our telecom transmission product lines to Lumentum Holdings Inc. in August 2022, we no longer intend to target communications as a principal market.
With the sale of sale of our telecom transmission product lines in August 2022, we no longer intend to target 6 Table of Contents communications as a principal market.
The following table shows the allocation of our net sales (in thousands) among our principal markets: Year Ended December 31, 2022 2021 2020 % of Total % of Total % of Total Materials processing $ 1,291,262 90.3 % $ 1,325,404 90.7 % $ 1,082,478 90.2 % Medical procedures 70,402 4.9 % 42,936 2.9 % 31,243 2.6 % Advanced applications 54,308 3.8 % 69,257 4.8 % 63,859 5.3 % Communications 13,575 1.0 % 23,263 1.6 % 23,144 1.9 % Total $ 1,429,547 100.0 % $ 1,460,860 100.0 % $ 1,200,724 100.0 % These estimates are based upon customer information and when customer information has not been provided, upon our best information and belief.
The following table shows the allocation of our net sales (in thousands) among our principal markets: Year Ended December 31, 2023 2022 2021 % of Total % of Total % of Total Materials processing $ 1,152,804 89.5 % $ 1,291,262 90.3 % $ 1,325,404 90.7 % Medical procedures 71,571 5.6 % 70,402 4.9 % 42,936 2.9 % Advanced applications 55,576 4.3 % 54,308 3.8 % 69,257 4.8 % Communications 7,488 0.6 % 13,575 1.0 % 23,263 1.6 % Total $ 1,287,439 100.0 % $ 1,429,547 100.0 % $ 1,460,860 100.0 % These estimates are based upon customer information and when customer information has not been provided, upon our best information and belief.
We operate our own semiconductor foundry for the production of multi-mode single-emitter diodes. We also process, package and extensively test all of our diodes.
We operate our own semiconductor foundry for the production of multi-mode single-emitter diodes used as pump sources in our lasers. We also process, package and extensively test all of our diodes.
The structure of our compensation programs balances incentive earnings for both short-term and long-term performance. Specifically: • We provide employee wages that are competitive and consistent with employee’s positions, skill levels, experience, knowledge and geographic location. • All employees participate in our annual cash bonus program, allowing them to share in the profitability and business performance of IPG.
Specifically: • We provide employee wages that are competitive and consistent with employee’s positions, skill levels, experience, knowledge and geographic location. • All employees participate in our annual cash bonus program, allowing them to share in the profitability and business performance of IPG.
As a pioneer and technology leader in fiber lasers, we are able to leverage our scale to reduce costs for our customers and drive the proliferation of fiber lasers in existing and new applications. Vertically Integrated Development and Manufacturing.
Our Competitive Strengths Our key strengths and competitive advantages include the following: Leading Producer of Fiber Laser Technology. As a pioneer and technology leader in fiber lasers, we are able to leverage our scale to reduce costs for our customers and drive the proliferation of fiber lasers in existing and new applications. Vertically Integrated Development and Manufacturing.
Of our total full-time employees at our principal facilities, approximately 2,190 were in the United States, 1,370 were in Germany, 1,550 were in Russia, 410 were in Belarus and 230 were in China. We have never experienced a work stoppage, and none of our employees at our principal manufacturing facilities are subject to a collective bargaining agreement.
Of our total full-time employees, approximately 2,310 were in the United States and 1,490 were in Germany. We have never experienced a work stoppage, and none of our employees at our principal manufacturing facilities are subject to a collective bargaining agreement.
We also manufacture certain complementary products that are used with our lasers, such as optical delivery cables, fiber couplers, beam switches, optical processing heads and chillers. Lasers Our laser products include medium (1 to 999 watts) and high (1,000 watts and above) output power lasers from 0.3 to 4.5 microns in wavelength. These lasers may be CW, QCW or pulsed.
We also manufacture certain complementary products that are used with our lasers, such as optical delivery cables, fiber couplers, beam switches, optical processing heads, process measuring and monitoring technologies and chillers. Lasers Our laser products include medium (1 to 999 watts) and high (1,000 watts and above) output power lasers from 0.3 to 5.2 microns in wavelength.
As of December 31, 2022, we had approximately 6,230 full-time employees, including 500 in research and development, 4,950 in manufacturing and service operations, 340 in sales and marketing, and 440 in general and administrative functions. As a global company, our employees are distributed throughout our more than thirty locations in twenty-four countries.
As of December 31, 2023, we had approximately 6,180 full-time employees, including 590 in research and development, 4,720 in manufacturing and service operations, 380 in sales and marketing, and 490 in general and administrative functions. As a global company, our employees are distributed throughout our more than thirty locations in twenty-four countries.
We monitor employee turnover rates as our success depends upon retaining and investing in our highly trained manufacturing and technical staff. IPG strives to decrease voluntary turnover rates and thereby increase employee tenure by ensuring a combination of competitive compensation, individual developmental opportunities and personal career enrichment and growth. Our retention at the technical, professional and executive levels is high.
IPG strives to decrease voluntary turnover rates and thereby increase employee tenure by ensuring a combination of competitive compensation, individual developmental opportunities and personal career enrichment and growth. Our retention at the technical, professional and executive levels is high.
IPG’s compensation programs are designed to align the compensation of our employees, who operate in a highly competitive and technologically challenging environment, with IPG’s business performance and to 11 Table of Contents provide the proper incentives to attract, retain and motivate employees to achieve superior performance.
IPG’s compensation programs are designed to align the compensation of our employees, who operate in a highly competitive and technologically challenging environment, with IPG’s business performance and to provide the proper incentives to attract, retain and motivate employees to achieve superior performance. The structure of our compensation programs balances incentive earnings for both short-term and long-term performance.
We also offer a welding seam stepper and picker, which is an automated fiber laser welding tool providing customers increased processing speeds, better quality and the elimination of certain clamping tools.
We also offer a welding seam stepper and picker, which is an automated fiber laser welding tool providing customers increased processing speeds, better quality and the elimination of certain clamping tools. Our subsidiary Genesis Systems Group, LLC provides laser and non-laser robotic welding and automation solutions.
Many of our fiber laser competitors are increasing the output powers of their fiber lasers to compete with our products. We also compete with end users that produce their own laser technology as well as with manufacturers of non-laser methods and tools, such as traditional non-laser welding, cutting dies, mechanical cutters and plasma cutters in the materials processing market.
We also compete with our customers that produce their own laser technology as well as with manufacturers of non-laser methods and tools, such as traditional non-laser welding, cutting dies, mechanical cutters and plasma cutters in the materials processing market.
Advanced Applications Our fiber lasers and amplifiers are utilized by commercial firms and by academic and government institutions worldwide for advanced and scientific applications. These markets may sell specialty products developed by us or our commercial products. Representative applications include directed energy, spectroscopy, optical trapping, remote sensing, LIDAR and materials characterization.
Advanced Applications Our fiber lasers and amplifiers are utilized by commercial firms and by academic and government institutions worldwide for advanced and scientific applications. These markets may sell specialty products developed by us or our commercial products.
Commerce Department’s Export Administration Regulations, the U.S. Treasury Department’s Office of Foreign Assets Control’s trade and economic sanctions programs, the U.S. Department of State’s Nonproliferation Sanctions and International Traffic in Arms Regulations, as well as those of the European Community and Germany, which we collectively refer to as Trade Controls.
Department of State’s Nonproliferation Sanctions and International Traffic in Arms Regulations, as well as those of the European Community and Germany, which we collectively refer to as Trade Controls.
CDRH regulations generally require a self-certification procedure pursuant to which a manufacturer must submit a filing to the CDRH with respect to each product incorporating a laser device, make periodic reports of sales and purchases and comply with product labeling standards, product safety and design features and informational requirements. 13 Table of Contents Our business activities are subject to various export controls and trade and economic sanctions laws and regulations, including, without limitation, the U.S.
CDRH regulations generally require a self-certification procedure pursuant to which a manufacturer must submit a filing to the CDRH with respect to each product incorporating a laser device, make periodic reports of sales and purchases and comply with product labeling standards, product safety and design features and informational requirements.
We have sales and service offices and application development centers in the Americas, Europe and Asia. To a lesser extent, we market through agreements with independent sales representatives and distributors, although we do use such channels more widely for our LightWELD product. 10 Table of Contents We typically provide one to five-year parts and service warranties on lasers.
We have sales and service offices and 9 Table of Contents application development centers in the Americas, Europe and Asia. To a lesser extent, we market through agreements with independent sales representatives and distributors, but we do use such channels more widely for our LightWELD product. In 2023, we entered into a strategic partnership with Miller Electric Mfg.
Materials Processing The most significant materials processing applications for fiber lasers are cutting, welding and brazing, marking and engraving, cleaning and stripping, solar cell manufacturing, additive manufacturing such as laser sintering, 3D printing and ablation. Other applications include precision processing, drilling and annealing. Cutting, Welding and Brazing Applications. Laser-based cutting technology has several advantages compared to alternative technologies.
Materials Processing The most significant materials processing applications for fiber lasers are welding and brazing and cutting. Other applications include marking and engraving, cleaning, additive manufacturing such as laser sintering and 3D printing, precision processing, drilling, heat treating, annealing and heating and drying. Welding and Brazing Applications.
There remain applications and processes where other laser and non-laser technologies may provide superior performance with respect to particular features or applications notwithstanding the benefits offered by fiber lasers. Our Competitive Strengths Our key strengths and competitive advantages include the following: World's Leading Producer of Fiber Laser Technology.
Our strategy is to target new applications where fiber lasers provide benefits compared to use of other laser technologies and non-laser solutions. There remain applications and processes where other laser and non-laser technologies may provide superior performance with respect to particular features or applications notwithstanding the benefits offered by fiber lasers.
Most of the Company's sales offices provide support to customers in their respective geographic areas. Customers We sell our products globally to OEMs, system integrators and end users in a wide range of diverse markets who have the in-house engineering capability to integrate our products into their own systems.
Customers We sell our products globally to OEMs, system integrators and end users in a wide range of diverse markets who have the in-house engineering capability to integrate our products into their own systems. We also sell complete laser and non-laser solutions to end users for their production needs. We have thousands of customers worldwide.
KG and Wuhan Raycus Fiber Laser Technologies Co. Ltd., as well as other smaller competitors. Some of our customers have developed products for their own use which are competitive to our products. Such vertical integration by our customers could reduce the market opportunity for our products.
Some of our customers have developed products for their own use which are competitive to our products. Such vertical integration by our customers could reduce the market opportunity for our products. Many of our fiber laser competitors are increasing the output powers of their fiber lasers to compete with our products.
Fiber Lasers Fiber lasers use semiconductor diodes as the energy source to pump a gain medium consisting of specialty optical fibers, which are infused with rare earth ions. These fibers are called active fibers and are comparable in diameter to a human hair. The laser emission is created within optical fibers and delivered through a flexible optical fiber cable.
These fibers are called active fibers and are comparable in diameter to a human hair. The laser emission is created within optical fibers and delivered through a flexible optical fiber cable.
Processing of plastics and semi-conductors require short pulse and high energy lasers, in the green, UV and mid-IR wavelengths. Medical Procedures We sell our commercial fiber and diode laser modules, subassemblies and complete systems to medical device manufacturers that incorporate our products into their devices.
Medical Procedures We sell our commercial fiber and diode laser modules, subassemblies and complete systems to medical device manufacturers that incorporate our products into their devices.
In addition to these regulations and directives, we may face costs and liabilities in connection with product take-back legislation. For further discussion of risks relating to the regulations to which we are subject, see Item 1A. Risk Factors.
For further discussion of risks relating to the regulations to which we are subject, see Item 1A. Risk Factors.
We no longer intend to target communications as a principal market. 8 Table of Contents Technology Our products are based on our proprietary technology platform that we have developed and refined since our formation. The following technologies are key elements in our products.
Representative applications include directed energy, spectroscopy, optical trapping, remote sensing, LIDAR and materials characterization. 7 Table of Contents Technology Our products are based on our proprietary technology platform that we have developed and refined since our formation. The following technologies are key elements in our products.
Competition Our markets are highly competitive and characterized by rapidly changing technology, continuously evolving customer requirements and reduced average selling prices over time. In the materials processing market, we compete with makers of fiber lasers and other lasers, such as Coherent, Inc., Laserline GmbH, Lumentum Holdings Inc., Maxphotonics Co., Ltd., MKS Instruments, Inc., nLight, Inc., Trumpf GmbH + Co.
In the materials processing market, we compete with makers of fiber lasers and other lasers, such as Coherent, Inc., Laserline GmbH, Lumentum Holdings Inc., Maxphotonics Co., Ltd., MKS Instruments, Inc., nLight, Inc., Trumpf GmbH + Co. KG and Wuhan Raycus Fiber Laser Technologies Co. Ltd., as well as other smaller competitors.
Our LightWELD product line offers a handheld laser welding system that is easier to learn and operate than traditional solutions and offers high process consistency. 7 Table of Contents Our products are used also for laser brazing of visible joints in automobiles such as tailgates, roof joints and columns.
We also offer a real-time weld monitoring system to determine weld quality in an integrated solution. Our LightWELD product line offers a handheld laser welding system that is easier to learn and operate than traditional solutions and offers high process consistency.
Laser-based systems are increasingly gaining share within the materials processing market because of the greater precision, processing speeds and flexibility enabled by this technology. Beyond materials processing, lasers are well-suited for imaging and inspection applications and the ability to confine laser light to narrow wavelengths makes them particularly effective in medical, non-destructive inspection and sensing applications.
Beyond materials processing, lasers are well-suited for imaging and inspection applications and the ability to confine laser light to narrow wavelengths makes them particularly effective in medical, non-destructive inspection and sensing applications. Fiber Lasers Fiber lasers use semiconductor diodes as the energy source to pump a gain medium consisting of specialty optical fibers, which are infused with rare earth ions.
Brazing is a method of joining sheet metal by using a melted filler material similar to soldering but requiring higher temperatures. Marking and Engraving.
Our products are used also for laser brazing of visible joints in automobiles such as tailgates, roof joints and columns. Brazing is a method of joining sheet metal by using a melted filler material similar to soldering but requiring higher temperatures. Cutting Applications. Laser-based cutting technology has several advantages compared to alternative technologies.
We also sell complete laser and non-laser solutions to end users for their production needs. We have thousands of customers worldwide. We rely on a few customers for a significant portion of our sales. In the aggregate, our top five customers accounted for 15%, 19% and 24% of our consolidated net sales in 2022, 2021 and 2020, respectively.
We rely on a few customers for a significant portion of our sales. In the aggregate, our top five customers accounted for 13%, 15% and 19% of our consolidated net sales in 2023, 2022 and 2021, respectively. Competition Our markets are highly competitive and characterized by rapidly changing technology, continuously evolving customer requirements and reduced average selling prices over time.