Frank Laukien
Analyst · Citigroup. Please go ahead with your question
Thank you, Miroslava. Good afternoon, everyone and thank you for joining us on today's call. I hope you and your families are well. These are challenging times as we all manage through a global pandemic that has upended economies and daily lives. At Bruker, as you can see on our Slide 3, we remain focused on our key priorities; number one, the health and safety of our employees, customers and partners; number two, maintaining service level for our customers; number three, carefully managing our cost structure, while continuing to invest in important long-term Project Accelerate and operational excellence initiatives; and number four, delivering enabling research and diagnostic products that support essential priorities of our society and help fight the pandemic. I am very proud of how our leadership team and our 7,000 employees worldwide have delivered. Our organization has continued to support our customers globally with exemplary dedication, while adhering to appropriate health and safety protocols. Over the last few months, we have supported various initiatives aiming to understand the characteristics of the SARS-CoV-2 virus and of the COVID-19 disease. For example, we are supporting the COVID-19 NMR initiative, which is a consortium of 140 scientists in 30 research groups across 15 countries who are working to determine the DNA and protein structures of the SARS-CoV-2 virus in order to investigate the drug ability of such structures with pharmaceutical inhibitors. Between late March and the end of June, we continuously ramped our Bruker-Hain deliveries of nucleic acid extraction kits and of COVID-19 PCR test kits to customers in Europe and Africa. Into to 2020, we reached $7 million in COVID-19 related testing revenues. These revenues came from the sale of liquid handling robots from about 0.5 million nucleic acid extraction kits and about 0.25 million COVID-19 PCR assays in the second quarter of 2020. We intend to ramp this further in the second half of 2020 and into 2021 and we are presently evaluating additional COVID-19 related test for all our asset portfolio. Just last week, we announced our second generation CE-IVD marked FluoroType SARS-CoV-2 plus PCR test for the detection of COVID-19. The new test targets two independent genes on the SARS-CoV-2 genome, while at the same time differentiating the SARS-CoV-2 virus from up from four common human coronaviruses. The test is available on our novel Bruker Hain FluoroCycler XT real-time PCR system, as well as on other commonly available thermocyclers. From an operational standpoint by now, all of our major manufacturing sites have returned to the new normal operations with expanding capacity and productivity levels. And we are currently not facing any Bruker factory disruptions anymore as we did in April and into May at certain sites affected by full or partial site closures. Several of our European factories continue to use the short time work approach to reduce their capacities and cost structures during reduced demand. Generally, our teams have done an excellent job in managing our costs and OpEx in the second quarter, which is why our second quarter non-GAAP operating margin has improved sequentially by 390 bps compared to the first quarter 2020 despite similar revenues. Financially, our second quarter 2020 revenues declined less than the minus 15% to minus 25% year-over-year revenue decline scenarios that we outlined during our last earnings call. We also mitigated the negative impacts of the pandemic on our profitability and cash flow through successful cost control and cost reduction measures, while continuing to invest in our key dual strategic priorities of Project Accelerate and operational excellence. Existing the second quarter 2020, Bruker maintains a healthy balance sheet and we believe Bruker is well positioned for sequentially improving business conditions in the second half of 2020. I now go to Slide 5 where we show the financial highlights for the second quarter of 2020. Bruker's Q2 2020 revenues declined 13.4% year-over-year to $425 million. Acquisitions added 0.4% to revenue growth while foreign currency translation was a headwind of 1.1%. On an organic basis, Bruker's second quarter 2020 revenues declined 12.7% year-over-year and the reported and organic revenue declines primarily reflect COVID-19 related disruptions to our customers and certain of our operations, along with software instrument demand by academic, industrial and applied customers due to the pandemic. Our second quarter 2020 non-GAAP gross margin decreased 440 bps year-over-year to 45.1%, while our non-GAAP operating margin declined 350 bps year-over-year to 11.5%. The margin decline reflects primarily lower revenues and reduced productivity due to disruption from the pandemic, partially offset by cost control and reduction measurements as Gerald will discuss. In Q2 of 2020, Bruker reported GAAP diluted EPS of $0.16 per share compared to $0.23 in the second quarter of 2019 on a non-GAAP basis, second quarter 2020 EPS of $0.21 compared to $0.33 in the second quarter of 2019. On Slide 6, we show Bruker's performance for the first half of 2020. our revenues decreased by $103 million year-over-year or by 10.8% to $849 million. On an organic basis, revenues declined 10.3% year-over-year in the first half comprised of a 10.5% organic decline in the scientific instruments business and an 8.5% organic decline at BEST, net of intercompany eliminations. Acquisitions added 0.6% of our top line while foreign exchange was a 1.1% headwind. First half 2020 order booking for Bruker’s three scientific instrument groups declined in the mid to high single digits organically. In our Q1 2020 earnings call, we shared our expectation that order bookings would soften during the second quarter due to customer closures and disruptions from the pandemic and this was indeed the case. However, our BSI book-to-bill ratio of approximately 1.1 for the first half of 2020 implies the order rate held better than the first half 2020 revenue decline would suggest. Towards the end of the second quarter, academic laboratories began to reopen gradually and this continues -- and a process that continues albeit with reduced capacities compared to pre-pandemic levels. The operations of our industrial and applied customers also continue to normalize, although, with a more uncertain spending outlook. Biopharma markets and order rates remained robust, while the semiconductor metrology markets have continued to rebound. Our Lifescience mass spectrometry and infectious disease diagnostics businesses are growing. Although, the environment remains challenging, we continue to anticipate gradual sequential improvements in business conditions as we move into the back half of the year compared to the first half of 2020. Our first half 2020 non-GAAP gross margin decreased 330 basis points compared to the first half of '19 while non-GAAP operating margins declined 470 basis points year-over-year. We were able to partially offset the impact of the lower revenue and reduced productivity on our operating margin by controlling and reducing expenses. On a GAAP basis, Bruker EPS of $0.22 in the first half of 2020 compared to $0.43 in the first half of 2019, our first half 2020 non-GAAP EPS of $0.35 compare to $0.61 in the first half of 2019. All right, please turn to Slide 7 and 8, where I provide further highlights on the first half 2020 performance of our three scientific instruments group and of our BEST segment, all on a constant currency basis and in comparison to the first half of 2019. First half 2020 BioSpin group declined low double digits to $246 million. The revenue decline at BioSpin was due to COVID related customer lot closures and installation delays, as well as the temporary closure of one of BioSpin's manufacturing sites. We have since reopened that site while BioSpin’s academic customers have been gradually returning to their lab and international tenders in applied and clinical markets are resuming. In April of 2020, BioSpin received customer acceptance for the world's first 1.2 gigahertz NMR system, which was successfully installed at the CERM of the University of Florence in Italy. This was a remarkable achievement capping a decade of R&D into groundbreaking 1.2 gigahertz materials and magnet technology. As we indicated on our Q1 conference call, during Q2 of 2020, we recognized revenue on just the NMR console and probes for this particular Italian 1.2 gigahertz system, while the Florence magnet is subject to a multiyear lease contract. During the first half of the year 2020, BioSpin's NMR and PCI systems revenue declined significantly year-over-year due to delivery and installation delays caused primarily by customer disruptions. BioSpin’s aftermarket revenue held steady year-over-year with software revenues higher, although, of a low base. Moving on to the CALID Group. The first half of 2020 CALID Group revenues declined low-single digits to $270 3 million. The modest decline at CALID reflects a significant revenue decline in molecular spectroscopy compared to the first half of '19, which was partially offset by continued growth in our Daltonics life science mass spectrometry, microbiology and infectious disease diagnostics business. CALID's microbiology and infectious disease consumables, which include our MALDI Biotyper Consumables and Bruker Hain nucleic acid extraction and COVID-19 PCR assays grew significantly year-over-year. In life science mass spectrometry, our timsTOF proteomics business saw continued growth despite the challenging business conditions for instruments and customer sites installation delays. Revenues for FTIR, NIR, Raman molecular spectroscopy product declined substantially year-over-year due to COVID-19 related disruptions to customer operations’ lower demand and a temporary factory slowdown. Please turn to Slide 9 now. Bruker Nano revenues were down mid-teens year-over-year to $246 million in the first half of 2020. The decline in Nano revenues was due to worldwide academic customer closures due to the pandemic, weaker industrial markets demand and temporary factory closures at some of Nano's businesses, which also were reopened by the end of May. Nano's X-ray, Nano Surface and Nano Analysis tools all declined compared to the first half '19 due to academic customer closures and significantly slower industrial research demand. Semiconductor metrology revenue for the Nano Group held steady year-over-year with order rates improving as semi metrology equipment markets appear to be in a rebound. Finally BEST revenue in this first half of 2020 declined high-single-digit net of intercompany eliminations due to weakening superconductor demand by MRI companies and governments with research lab disruptions from COVID-19. So, despite the challenges created by COVID-19, Bruker continues its track record of meaningful innovation, which we believe will position the company well for recovery as global market conditions improve. Turning to Slide 9. During the recent ASMS Reboot virtual conference in early June, I believe we were the clear innovation leader as we introduced instrument and workflow innovations for our flagship timsTOF mass spectrometry platform for high throughput, high sensitivity SpatialOMx, discovery proteomics and targeted proteomics. Our timsTOF platform actually maintained a healthy double-digit year-over-year order growth rate even during the difficult first half of 2020. If you take a quick look at Slide Number 9, you will see at ASMS, we had a very major innovation with MALDI-2 Source, that is really taking is a next generation MALDI source that provides one to two orders of magnitude increase in sensitivity for many small molecules and lipids and it greatly increases the applications range of MALDI mass spectrometry and MALDI mass spectrometry imaging, both of them very important to our business. In parallel in 4D-proteomics and also 4D-metabolomics for that matter on our timsTOF platform, we introduced targeted so called prm-PASEF method, high throughput, short-gradient dia-PASEF method. We did a lot of work on glycosylation analysis, which is very important for viral antigens, whether you're developing SARS-CoV-2 vaccines or serology assays, you need antigens with a proper glycosylation patterns and that's another area where the timsTOF platform excels. Moreover taking this really this fourth dimension that we keep mentioning in 4D-proteomics, we've shown and some of our collaborators have shown the use of very large-scale accurate collision cross sections using the I-mobility spectrometry capabilities of our TIMS system that are completely unique and that moreover in addition to measuring tens and hundreds of thousands of collision cross actions routinely and at scale also allow excellent machine learning and predictions. So it's really changing the way proteomics is done. Fundamentally, it's allowing about an order of magnitude, more information content and P capacity, which is tremendously important for the future of high throughput and in-depth proteomics. We also introduced together with a partner company, the Run & Done IP2/GPU 4D-proteomics analysis software, something that has previously not been done and again addresses the bottleneck in high throughput proteomics. If you go to Slide 10, as we’ve said already earlier, we are pleased to announce the customer acceptance of a second 1.2 gigahertz NMR system at the Eidgenössische Technische Hochschule or ETH in Zuerich, Switzerland, which was in July and that revenue therefore is anticipated for Q3, it was not in Q2. We continue to ramp our gigahertz class production and testing capacity at our Swiss BioSpin factory. We've already shipped an additional system to the Max-Planck Institute in Germany. And so, our gigahertz and gigahertz plus business is really running very nicely and we were very, very pleased with how this has gone so far this year. Moreover, as I mentioned earlier and you'll be seeing more news of that in the future weeks, NMR is really quite important in COVID-19 research. I had mentioned earlier the International COVID19-NMR Consortium with the Web site being given here on Slide 10, which is very important for functional structural biology and for studying how pharmaceutical inhibitor binding can bind to the SARS-CoV-2 RNA or protein. Moreover, we're making very good progress in our collaboration with Murdoch University in the Australian National Phenome Center in Perth, Western Australia, in studying the, what will soon be called in my opinion the post COVID-19 syndrome that comes after the active infection whether it's asymptomatic or with severe symptoms and we are using some very unique NMR and mass spec combined plasma metabolomic methods to study the long-term effects, which are really quite considerable even for patients who barely had any symptoms or had very mild symptoms. So if you like that will be in some ways to the third wave of post COVID-19 syndrome effects that we're only beginning to see now. This is the other six, seventh of the iceberg that has not emerged yet. And I believe NMR and mass spec with metabolomics will play a very important role as a screening tool for this next focus of our COVID pandemic health concerns. Anyway, let me conclude by reiterating that Bruker remains fundamentally healthy and we continue to invest in our key Project Accelerate and operational priorities that we believe will position the company well for the future. While we anticipate that the pandemic will continue to negatively impact our third quarter financial results year-over-year, we expect sequential improvement in our financial performance from the second quarter to the third quarter of 2020 provided of course that the present second wave increase in infections can be contained. With that, let me now turn the call over to our CFO, Gerald Herman, who will review our Q2 and first half 2020 financial performance in more detail. Gerald?