High Power Laser Systems for Materials Processing

Published 26 September 2022
The Optech Consulting market report
HIGH POWER LASER SYSTEMS FOR MATERIALS PROCESSING
covers the markets for high power laser systems
(machines using a laser of 1 kW and above for materials processing).
- Number of pages: 170
- Number of market tables: 35
- Number of diagrams: 10
Please email us for the information brochure and table of contents.
New in the 2022 Edition
- Market data for flat sheet cutters presented in three segments: standard systems, low cost systems, lowest cost systems w/o automation (complete data set 2020 through 2030)
- Market share information cutting systems (2D, 3D, tube) for 25 companies, provided separately for companies headquartered outside China and for companies hesdquartered in China
- Extended company profiles, including cutting and welding system manufacturers, e-mobility welding system integrators in China
- Market analysis and forecasts to 2030 for new market segments: e-mobility welding, handheld welding, low cost handheld welding
- Thick plate cutting and replacement of plasma cutting
The Report HIGH POWER LASER SYSTEMS FOR MATERIALS PROCESSING Offers
- Market data with unmet detailedness
- 35 highly detailed market tables provide by far more quantitative information than any other report on the subject.
- Accurate market data based on numerous discussions with globally leading companies
- Market forecasts based on thorough understanding of technologies and applications
- Indispensable information for operative and strategic decision making, M&A analysis
Details on Markets
Base year of market data
– 2021, 2022 (based on data for the first 6 months)
– full data set for 2020 provided for reference
Analysis of recent and current market trends
– 2021 trend analysis: diverging COVID impact by region
– 2022 trend analysis: economic slowdown in China, impact of Russian war in Ukraine, impact of exchange rate shifts
Market forecast
– to 2030 based on long term growth analysis
– full set of data provided for each year in between
– Highly detailed breakout for market data and forecasts
– Full cross segmentation by application, system type, and laser type for each year (2020 through 2030)
– Applications
– Cutting
– Welding
– Brazing
– Other: surface processes, high power additive manufacturing
– Applications and system types
– 2D cutting: standard machines, low cost machines, lowest cost machines w/o automation
– 3D cutting gantry systems: hot formed, other
– 3D cutting robot systems
– Welding e-mobility: batteries, motors and power electronics, charging stations
– Welding car body – scanner
– Welding car body – seam
– Brazing car body
– Welding automotive, non car body
– Welding non-automotive
– Surface processes – cladding
– Surface processes – hardening
– Surface processes – ablation / cleaning
– High power additive manufacturing
– Laser types equipping the machines
– Fiber lasers
– Disk lasers
– Diode lasers
– CO2 lasers
Market Data and Forecast by Units and By Value
– Market data by units
– Market data by value:
– Market data by value is based on specified currency exchange rates
– The impact of the exchange rate shifts in 2021 and 2022 (USDEUR, USDJPY) is taken into account
Suppliers and Market Shares
– Market shares and information on suppliers
– For standard cutting systems
– Market shares for all suppliers with a noteworthy market share
– List of more than 50 additional, smaller manufacturers with indication of the laser types they integrate
– Profiles of all suppliers with noteworthy market share
– Estimate of relevant segment revenues for all suppliers with noteworthy market share
– For customized systems
– List of major manufacturers
Markets by Geography
– Market breakout by geography
– Market data and forecast for more than 30 countries for the high power laser systems market
– Market data for more than 30 countries especially for the flat sheet and tube cutting systems market
Please e-mail us for further information on the report, price and ordering information.
Please see also our report on HIGH POWER LASERS IN MATERIALS PROCESSING