The ruby laser was the very first laser device in history. Ruby lasers produce powerful pulses of visible red laser light. The fluorescence life of ruby is in the millisecond range, which permits easy storage of large quantities of energy. This relatively long fluorescence life also makes ruby an ideal choice for q-switching, which can yield huge peak powers in the mega-watt range. Unlike the output from common yag-based devices, the long pulse from a ruby laser makes it capable of drilling and boring through hard materials with a dramatic display of sparks and vapor. In terms of photographic portrayal of laser power, ruby is perhaps one of the most interesting examples. The visible output makes ruby somewhat unique when compared with other high power sources among classic laser types.
The European Ruby Laser market report segments the market by applications, components, and countries. The report also profiles the leading companies that are active in the field of developing and manufacturing ruby laser, along with their product strategy, financial details, developments, and competitive landscape.
The market is segmented into four countries; namely Germany, France, U.K., and Italy. The current and future trends for each country have been analyzed in this report. Porter’s five force model analysis, market share of leading players, and competitive landscaping are also included in the report.
Market share analysis, by revenue of the top companies, is included in this report. The market share analysis of these key players is arrived at, based on key facts, annual financial information, and interviews with key opinion leaders, such as CEOs, directors, and marketing executives.
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1. Data from Manufacturing Firms
- Fast turn-around analysis of manufacturing firms with response to recent market events and trends
- Opinion from various firms about different applications where Ruby Laser can be used
- Qualitative inputs on macro-economic indicators and mergers & acquisitions in each geography
2. Shipment/ Volume Data
- Value of components shipped annually in each geography tracked
3. Trend analysis of Application
- Application Matrix, which gives a detailed comparison of application portfolio of each company, mapped in each geography
4. Competitive Benchmarking
- Value-chain evaluation using events, developments, market data for vendors in the market ecosystem, across various industrial verticals and market segmentation
- Seek hidden opportunities by connecting related markets using cascaded value chain analysis
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