search | contact us | Language German Korean Chinese Japanese Materials Processing Single-mode Fiber Lasers YLM Series YLR-SM Series YLR -LP Series ELR Series TLR Series Multi-mode Fiber Lasers YLR Series YLS Series YLM Multi-mode Series Optical Coupling, Switching & Sharing High Power Collimators IPG Photonics' Fiber Laser Advantages Q-Switch Fiber Lasers YLPS-20 Picosecond Ytterbium Fiber Laser Short Pulse Ytterbium Fiber Laser YLP Series 0.1 to 2 mJ Pulsed Ytterbium Fiber Lasers YLP Series: 1 to 10 mJ Pulsed Ytterbium Fiber Laser Quasi CW Fiber Lasers QCW Single-mode Fiber Lasers QCW Multi-mode Fiber Lasers Direct Diode Mid-Infrared Lasers Co2+:ZnS, Co2+:ZnS and Cr2+:ZnSe Passive Q-Switches CW HPTL-GS HETL Fe2+:ZnSe and Fe2+:ZnS Passive Q-Switches FFML Series GSFFL/GSTL-FeZnS/Se Series Ho:YAG Pulsed Mid-IR Laser HPLM2940 HPSFTL Series HPTLM Series MidIR Microwelder NLTLM-Fe:ZnSe Series PFFL FeZnSe Series PQSFBH Series RTLM Series SFTL Series TM:ZnSe/S Series CLPF Series Femtosecond Laser Telecom Products Modules EAU Series RLM Series Raman Laser Modules Rack Mounted Subsytems EAR Series - 1 RU EAR Series - 2 RU EAR Series: Two Way Multiport EDFAs EAR Series Booster EDFA Amplifiers for Long-Haul Systems RLR Series Raman Laser Rack Mount Raman RLR Series Raman Laser Rack Mount RLM Series Raman Laser Modules Desktop Configurations EAD Series 40-500 mW EAD Series 0.5-5 W RLD Series Amplifiers EAU Series EAR Series: 1RU Rack Mount Fiber Amplifiers EAR Series: 2RU Rack Mount Fiber Amplifiers EAR Series: Two Way Mulitport EDFAs Optical Services Transport Platform Optimized Optical Amplification Solutions 0.5 Micron (Green Fiber Lasers) CW Green SF Fiber Laser Pulsed Ytterbium Fiber Laser GLPM QCW Green Single-mode Fiber Laser Module QCW Green Single-mode Fiber Laser Rack Mount 0.9 Micron (Diode) PLD-10 Series PLD-33 Series PLD-60 Series PLD-100 Series Direct Diode 1 Micron (YAG wavelength) Lasers Continuous Wave Single Frequency Q-Switch Quasi CW Fiber Laser Amplifiers Randomly Polarized Linearly Polarized 1.5 Micron Lasers Continuous Wave Pulsed Single Frequency Amplifiers Randomly Polarized Linearly Polarized Single Frequency Broadband Sources 2 Micron Fiber Lasers Thulium CW Fiber Laser Thulium CW Fiber Laser Module Pulsed Thulium Nanosecond Fiber Laser Raman Fiber Laser Orange Raman Fiber Laser Red Raman Fiber Laser Product Accessories Cutting Heads Welding Heads Welding Heads D30 IPG Welding Heads D50 IPG Laser Seam Stepper Microprocessing Systems Microprocessing Systems Overview Industrial Micromachining Systems IX-100-C Micromachining System IX-200-F Micromachining Workcell IX-210 Dicing System IX-255 UV Laser Micromachining System IX-260 Laser Micromachining System IX-280-F Micromachining Workcell for Sapphire Cutting IX-280-ML Multi-laser Micromachining System IX-3000 Ablation System IX-6100 Scribing System C-6168 Picosecond Micromachining System IX-6600 Micromachining High Volume Production System Micromachining Systems for Research IX-100 UV Laser Micromachining System Micromachining Applications Materials Processing Applications Laser Cutting with Ytterbium Lasers Laser Welding with Ytterbium Lasers Laser Marking with Ytterbium Lasers Laser Drilling with Ytterbium Lasers Other Laser Processing Applications Polymer Welding Applications Request Advanced Applications Medical Applications Telecom Applications Broadband Access EAR Series: 1 RU Rack Mount Amplifier EAR Series: 2 RU Rack Mount Fiber Amplifier EAR Series: Two-Way Multiport EDFAs for FTTx Networks EAU-W Series C and L Band Fiber Amplifier for DWM DWDM EAU-W Series C and L Band Fiber Amplifier for DWM Smart Series DWDM Fiber Amplifiers RLM Series: 1-10W Raman Single and Dual Wavelength RLT-M Series Raman Laser Modules RLT-R Series Raman Laser Rack Mount ULH DWDM System RAR Series: Raman Fiber Amplifiers Free Space Applications Lab Micromachining Applications Laser Scribing of Thin Film Photovoltaic Panels Laser Lift-off (LLO) for the Manufacture of High Brightness LEDs Laser Micromachining of Ceramics, Alumina, Greensheet Ceramic Thin Film Patterning Laser Hole Drilling in Kapton Polyimide for Ink Jet Nozzles Laser Micromachining of Polymers and Plastics Application Facilities - Sample Processing, Evaluation & Project Planning Application and Technical Notes Fiber Laser Application Selection Guide Careers Current Press Releases Product/ Application Press Releases Archived Press Releases IPG in the News Calendar of Events Newsletter Industry Awards & Accolades Press Kit IPG Videos Overview Technology Manufacturing Quality Suppliers Conflict Minerals Policy California Transparency in Supply Chains Act Disclosure Service Contacts Laser Safety Warranty Community Contact / Visit IPG Photonics Oxford, MA Area Hotel Information Novi, MI Hotel Information IPG Japan /IPG ジャパン　会社概要 Resource Center Application Facilities-Sample Processing, Evaluation & Project Planning by IPG Application & Technical Notes Fiber Laser Energy Savings Calculator Fiber Laser Retrofit Services Fiber Laser Tax Savings Fiber Laser Application Selection Guide Fiber Laser Application Selection Chart Laser Performance Overview FAQs FAQs Investor FAQs Company Profile Press Releases Events & Presentations Corporate Governance SEC Filings Annual Reports Quarterly Results Stock Information Analyst Coverage Proxy Materials Investor FAQs Investor Contact About Us IPG Photonics is the world's leading provider of high power fiber lasers and fiber amplifiers that are revolutionizing performance and utility in a remarkable array of materials processing, micromachining, telecommunications, medical and other advanced applications. NEW IPG Corporate Video Take advantage of the many benefits from IPG's all solid-state diode-pumped fiber lasers: Superior beam quality and reliability Greater output powers High electrical efficiency Lower maintenance Smaller footprint and size Mobility and ruggedness IPG's "The Active Fiber" Newsletter - view & register NEW IPG Video Footage Compilation NEW Fiber Laser Application Selection Guide & Application Notes NEW IPG Photonics now offers Mid-Infrared Lasers CAREERS For more information about IPG's Career Opportunities click here News August 2014 Fiber Lasers in the Aerospace Industry, ILS February 2014 IPG Photonics Introduces New Portfolio of Lasers, Showcasing its Revolutionary Technology Across a Broad Range of Wavelengths from Continuous Wave to Ultra Short Pulse Duration at Photonics West 2014 June 2013 IPG Photonics #5 Forbes Fastest Growing Tech Companies Events October 19-23 ICALEO 2014, San Diego, CA November 11-13 FABTECH 2014, Schaumburg, IL Features Think Green! Fiber Laser Energy Savings Calculator IPG's fiber lasers are 'greener' than conventional lasers and non-laser tools: Lower electrical consumption: Fiber lasers are up to 15x more efficient than conventional lasers Lower cooling: The unique design of fiber lasers requires less cooling. Lower power fiber lasers require only air cooling Less capital equipment: The same fiber laser can weld, cut and drill Less waste: No consumables, such as lamps or bars to replace Put some 'green' into your wallet with IPG's energy efficienct fiber laser - Request More Information or Quote NEW Application Notes High Power Welding with Fiber Lasers Deep Engraving with Fiber Lasers Welding Clear-to-clear Polymers with Thulium Fiber Lasers Temporal Pulse Shaping of Millisecond High Pulse Energy Fiber Lasers Through Transmission Welding (TTW) of Polymers with Fiber Lasers NEW Fiber Laser Technical Digest - Compilation of articles discussing applications for Fiber Laser Processing Nuclear Decommissioning Case Study - LaserSnake See IPG’s laser at work with the ABB Robot © IPG Photonics Corporation. All rights reserved. Legal Notice | Privacy | Site Map