Cymer Inc. Fundamental Company Report Including Financial, SWOT, Competitors and Industry Analysis

Cymer Inc. Fundamental Company Report provides a complete overview of the company’s affairs. All available data is presented in a comprehensive and easily accessed format. The report includes financial and SWOT information, industry analysis, opinions, estimates, plus annual and quarterly forecasts made by stock market experts. The report also enables direct comparison to be made between Cymer Inc. and its competitors. This provides our Clients with a clear understanding of Cymer Inc. position in the Semiconductor Industry.

• The report contains detailed information about Cymer Inc. that gives an unrivalled in-depth knowledge about internal business-environment of the company: data about the owners, senior executives, locations, subsidiaries, markets, products, and company history.
• Another part of the report is a SWOT-analysis carried out for Cymer Inc.. It involves specifying the objective of the company's business and identifies the different factors that are favorable and unfavorable to achieving that objective. SWOT-analysis helps to understand company’s strengths, weaknesses, opportunities, and possible threats against it.
• The Cymer Inc. financial analysis covers the income statement and ratio trend-charts with balance sheets and cash flows presented on an annual and quarterly basis. The report outlines the main financial ratios pertaining to profitability, margin analysis, asset turnover, credit ratios, and company’s long-term solvency. This sort of company's information will assist and strengthen your company’s decision-making processes.
• In the part that describes Cymer Inc. competitors and the industry in whole, the information about company's financial ratios is compared to those of its competitors and to the industry. The unique analysis of the market and company’s competitors along with detailed information about the internal and external factors affecting the relevant industry will help to manage your business environment. Your company’s business and sales activities will be boosted by gaining an insight into your competitors’ businesses.
• Also the report provides relevant news, an analysis of PR-activity, and stock price movements. The latter are correlated with pertinent news and press releases, and annual and quarterly forecasts are given by a variety of experts and market research firms. Such information creates your awareness about principal trends of Cymer Inc. business.

About Cymer Inc.

Cymer, Inc. engages in the development, manufacture, and marketing of excimer light sources for sale to manufacturers of photolithography tools in the semiconductor equipment industry. In addition, the company sells replacement parts and supports to its lithography tool manufacturer customers, as well as directly to its chipmaker customers.

The company owns 100% interest in TCZ Pte. Ltd. (TCZ), which manufactures a laser crystallization tool targeting the growing market for low-temperature poly-silicon (LTPS) processing used in the manufacture of organic light emitting diode (OLED) flat panel displays.

Products and Support

The company’s products include photolithography light source systems and installed base products.

Photolithography Light Source Systems

The company’s light source systems include the advanced ArF immersion light sources for use on the most critical process layers. Chipmakers also use its ArF and Krf light sources to fill out or balance their production lines or add capacity to their manufacturing facilities (also referred to as fabs) for less critical layers.

193 nm ArF Immersion Light Sources: These light sources comprise the XLR 600ix, XLR 600i, XLR 500i, XLA 400, and XLA 300.

193 nm ArF Dry Light Sources: The dry ArF lithography is used to pattern a significant number of less-critical layers on wafers. These light sources comprise the XLR 500d, XLA 200, XLA 105, XLA 100, the NanoLith 7000, and ELS-6010A.

248 nm KrF Light Sources: The company provides KrF light sources for volume chip production. These light sources comprise the ELS-7010, ELS-7000, ELS-6010, and 5000 series.

XLR Series: The XLR Series of ArF immersion light sources comprise its XLR 600ix, XLR 600i and XLR500i models. The XLR Series is based on its dual discharge chamber master oscillator power amplifier (MOPA) light source architecture, with a regenerative ring amplifier in place of the traditional power amplifier. Built on its XL universal platform, this product series offers a step function improvement in performance and cost of operation. The company’s XLR light sources are designed to enable its chipmaker customers to customize performance for specific applications through improved performance parameters and metrology options.

XLA Series: The XLA Series of ArF light sources are based on its dual-discharge chamber MOPA architecture. The master oscillator creates a narrow bandwidth beam of light at low power. The beam then is directed into the power amplifier, where the power is increased significantly while maintaining the narrow bandwidth. Each product in the XLA Series is based on the XL universal platform.

7000 Series: The 7000 Series is a series built on a common platform, enabling chipmakers to utilize the 193 nm wavelength produced by ArF and the 248 nm wavelength produced by KrF within the manufacturing environment. With a 4 kHz repetition rate and high output power, the 7000 Series provides its chipmaker customers with high wafer throughput. The company’s primary selling light source of the series is the ELS-7010.

Legacy Light Source Systems: The company provides installed base products for these systems. Its legacy light source systems include its XLR 600i, XLR 500d, 6000 Series, and 5000 Series.

Emerging Light Source Systems: The company’s laser-produced plasma extreme ultraviolet (EUV) source system produces 13.5 nm radiation and is intended to provide a power source for EUV lithography.

OLED Flat Panel Displays

TCZ’s production tool for flat panel display fabrication, the TCZ-900A, is designed to be used in the manufacture of both advanced liquid crystal displays (LCD) and next generation OLED displays, which are used in cell phones, laptops and televisions.

The TCZ crystallization system uses a 600W laser with advanced beam shaping optics to form a very narrow line focus that is 730 mm long, allowing a generation 4 size glass plate (730mm x 920mm) to be processed in a single pass.

Installed Base Products

Contracts and Service Agreements

The company provides light source system support to its customers through contracts and service agreements. Under these agreemen