Leo Berlinghieri
Analyst · Goldman Sachs
Thanks, Seth. Good morning, everyone, and thank you for joining us on the call today. I'll give a recap of the first quarter 2012, as well as our outlook for the second quarter. Following me, Seth will go through our quarterly results and guidance and then we'll open the call for your questions.
Sales for the first quarter of 2012 were at the high end of the guidance range at $191 million, and up 11% from last quarter. Sales to the semiconductor market were up nearly 19% sequentially and totaled $125 million, or 66% of revenue.
Sales to all other markets remained relatively steady quarter-over-quarter at approximately $66 million.
First quarter non-GAAP net earnings were $22.9 million, or $0.43 per share, GAAP net income was $22.8 million or $0.43 per share.
Our cash in short and long-term investments, net of debt, increased $14 million in the quarter to $586 million.
Global economic conditions remain unsettled, but we have seen stabilization and some quarter-over-quarter improvement in a number of our served markets, especially in the semiconductor market where we work closely with the OEMs as they continue tool development, refining current platforms and designing new tools to address finer geometries in larger wafers.
Our Q1 sales to semiconductor OEMs were up 22% to $99 million. In the first quarter, we achieved design wins for many MKS technologies, including multiple RF power applications, effluent management subsystems, pressure, vacuum, flow control, reactive gas and others.
As many of you may know, the buzz around 450-millimeter wafers is increasing. And every week, there are new articles in the trade journals. While the timing and the requirements have not yet been fully defined, I am pleased to report that we have numerous active programs across MKS with every major tool OEM as they work to design initial tools to address this coming requirement.
In this call, I'd like to talk a bit about how the shift to larger wafers and smaller geometries impacts our products and increases our opportunities.
With the change from 300-millimeter to 400-millimeter wafers, the diameter of the wafer expands 1.5x while the area of the wafer grows by 2.25x. These significant increases challenge existing techniques for process control.
Toolmakers need to design greater volume process chambers to accommodate the large wafers while also improving the process. 450-millimeter wafers present challenges to uniformity across the wafer for nearly every process step our technologies help manage and control.
For example, let's look at the delivery of gases to a deposition chamber. With 450-millimeter wafers, single-point gas delivery can result in uneven gas flows over the larger wafer surface. MKS has developed flow products that split the flow of gases and deliver precisely metered gas mixtures to several delivery points across the wafer. These flow delivery subsystems enable the toolmaker to achieve the uniform gas delivery and control required over the increased wafer surface.
Process management presents similar challenges and opportunities for many of our technologies, including pressure control, vacuum gauging, valves and more. In addition to the larger wafer size, the industry is continuing on a path of finer critical dimensions, which simultaneously add more challenges to the OEM's tool design. Smaller features require thinner layers, narrower etching, faster response times, improved control and increased reliability.
In another example, let's look at our power products. Here is the line which shrink and the critical dimensions of the process become more difficult to control. Our state-of-the-art RF generators provide advanced and patented capabilities such as microsecond pulsing and high-speed tuning to help manage the process which create these critical dimensions. Our pulse-to-pulse repeatability, advanced algorithms and embedded sensors drive the accuracy and repeatability necessary for etching and deposition of finer geometries on larger wafers in the higher volume process chambers. Finer geometries also necessitate cleaner process environments to reduce particle generation and maintain yield. MKS works with customers on techniques and products which minimize the quantity and size of particles in the process.
This past quarter, we introduced a new compact platform for next-generation remote plasma products. In addition to more robust design, improved ignition and a wider processing window, our remote plasma generator is designed to reduce the possibility of contamination on the wafer. And I'm pleased to report that leading OEMs are already qualifying it for new tools, including 450-millimeter tools. These are just a few example of how we are refining our products and technologies to address 450-millimeter wafers and finer geometries. But they illustrate how controlling the process of patterning fine dimensions across a large area provides additional opportunities for MKS.
In addition to semiconductor OEMs, we continue to support the device makers as well. As I have mentioned in prior calls, a number of our products are developed for, and purchased directly by, chip manufacturers. And in Q1, our sales to device makers increased 7% to $26 million. For example, one of these products is our gas analyzer. I have talked previously about how these instruments are used by semiconductor device manufacturers to optimize the deposition process. Over the past few quarters, we have benefited from a key market share win with reoccurring sales of our gas analyzers to a major Korean device manufacturer. Because our gas analyzers increased fab productivity, we won this business for the new process tools over the existing supplier.
In the first quarter, we saw further acceptance of this customer extended the implementation of MKS gas analyzers into their newest facility. And as a result, we saw additional orders and shipments in the quarter. We also had continued sales to the other device makers for a number of other MKS products including Ozone for wafer cleaning and surface preparation as well as vacuum, pressure, flow and power products.
Today's world depends on communication, connectivity and speed enabled by electronic devices. The capability of smart phones and other leading-edge electronics continues to expand and demand for these devices increasing around the world. Semiconductors are at the heart of every smartphone, iPad and e-reader, as well as the data storage and network infrastructure required to support them. And we are optimistic about the future growth of the semiconductor market for MKS.
In addition to our success in the semiconductor industry, we are strategically growing our business in other advanced markets where we can leverage our R&D and significant worldwide technical and operational infrastructure to a broader customer base. These markets include thin films, solar cells, light emitting diodes, drug development and production, medical, environmental and other critical applications.
Our ongoing strategy is to target and gain share in these other advanced and growing markets. And we are successful because similar to semiconductors, these markets have production processes that require high precision, utilize vacuum and gases and need a sophisticated level of instrumentation and control.
Long term, our goal is to achieve a compound annual growth rate of at least 15% in these advanced markets. Growth in these markets however, varies from year-to-year and market-to-market. As we have seen in the semiconductor market, some of our other advanced markets have recently shown signs of improvement. However, others, including LED and solar, continue to be constrained, as they digest the capacity shift last year. The net result is that our Q1 sales to all other markets remained relatively stable quarter-over-quarter at $66 million.
In this call, I'd like to share some highlights on how we leverage our technologies and infrastructure to successfully address these additional markets.
I talked earlier about our high power RF products for the semiconductor market. We also have RF products with strong technology to address the medical market, and we have leveraged our global support centers and our operational infrastructure by manufacturing these power products at our facility in China.
Our MRI RF power supplies are compact, with industry-leading reliability and repeatability. We have built up a strong medical equipment knowledge base through our investments in technology for MRI OEMs. And as a result, we are the leading supplier of RF amplifiers for MRI equipment manufactured today.
With the expanding population in Asia and the improvement in the standard of living, we are seeing the emergence of new health care initiatives and rapid growth in the demand for improved diagnostic capabilities at the local level. Supporting this, we are seeing the emergence of a number of new Asian MRI manufacturers, effectively doubling the number of MRI customers for us worldwide, creating additional opportunity for MKS. I am pleased to report that we are working with all of these new OEMs and have been awarded several design wins for our RF power amplifiers and anticipate others in the future.
Another market where we leverage not only RF power, but also reactive gas, pressure, flow, gas analysis and other products is the thin film, which includes a broad spectrum of applications such as large and small flat panel screens, LEDs, architectural glass coating, ophthalmic coating, packaging and more. These are deposition processes which require precision gas monitoring and delivering and high power to energize the gas to deposit the coating. Here we not only leverage many of the same products we sell to the semiconductor market, but we also leverage our sales and support infrastructure worldwide.
The same holds true for the solar market where we supply multiple technologies and also leverage our sales and support infrastructure. Industry analysts are estimating that solar capacity shipments in gigawatts will be roughly flat in 2012. And the capital spending environment is impacted due to the oversupply and reduced government subsidies in U.S. and Europe. Our own solar business, however, has not necessarily followed the CapEx trends in the overall market. For example, as we've stated on previous calls, our solar business grew in 2011, in spite of a contraction in the industry spending due to market share gains and large orders from both new and existing customers. These large orders do create some lumpiness in our solar revenues which has been evident both quarter-over-quarter and year-to-year.
Our Q1 sales to the solar market were up slightly to $12 million, while the majority of these revenues came from one large customer in Japan. In the second quarter, we still expect to recognize a portion of another large order from a customer in China, which is expected to ship in the second quarter. I'm also pleased to report that in support of the Chinese government's solar initiatives, this same customer in China is in the process of expanding their solar production. In April, we received the first purchase order for this expansion and shipment is expected to start in the second half of 2012. We are also in discussions with this customer for several follow-on purchase orders to complete this expansion. Solar industry conditions are still forecasted to be unpredictable, and we expect the historical lumpiness will continue.
Our semiconductor business certainly improved in the first quarter. However, we continue to see variability in our other markets, with strength in some areas, offset by continued weakness in the solar LCD and LED markets. Given current business levels, we anticipate that the sales in the second quarter should be relatively unchanged from the first quarter and may range from $175 million to $195 million. And at these volumes, our non-GAAP net earnings could range from $0.29 per share to $0.42 per share.
At this point, I'll turn the call over to Seth to discuss our results and expand on our guidance.