Christian O. Henry
Thank you, Todd, and good afternoon, everyone. Our financial results in the second quarter demonstrate that we continue to make significant progress towards our goal of increasing the adoption of our long-read sequencing platforms and driving the company towards positive cash flows. We delivered both year-over-year and sequential revenue growth, reduced our quarterly cash burn, and we are on track to achieve the strategic initiatives that we laid out earlier this year. We reported $39.8 million in revenue, up 7% sequentially and 10% compared to Q2 of last year. This was driven by strong international growth with revenue in our APAC and EMEA regions combined, up 45% compared to Q2 of 2024. Non-GAAP gross margin was 38.3%, ahead of our expectations, driven by a favorable product mix with a better-than-expected contribution from consumables. And we ended the quarter with approximately $315 million in cash and investments, also above plan, reflecting our continued cost discipline and lower-than-expected operating expenses. Second quarter instrument revenue was $14.2 million, up sequentially and down 4% year-over-year as funding constraints, particularly with academic and government customers continue to pressure higher CapEx purchases. Consumables were strong during the quarter with revenue totaling $18.9 million, up 11% year-over-year and ahead of our expectations. Annualized Revio pull-through remained within our expected range of the low to mid-$200,000s per system, with steady utilization across our installed base. Our recently launched SPRQ chemistry is driving growth and expanding HiFi adoption. Compared to prior chemistry, it increases throughput up to 33%, lowers the cost per genome and reduces DNA input requirements four-fold. As a result, sequencing gigabase output hit an all-time high in Q2, up approximately 66% year-over-year. Turning to the full year outlook. At this point, we are starting to see the impact from tariffs in China to be lower than we expected last quarter. However, it continues to be difficult to predict how tariffs will ultimately impact our business, particularly in China. Capital spending remains constrained, particularly among U.S. academic institutions, which continue to face government funding headwinds and NIH-related uncertainty. Taking these factors into account, we are maintaining the midpoint of our full year revenue guidance and narrowing the range to $155 million to $165 million, representing 1% to 7% growth over 2024. At the midpoint, this assumes mid-teen growth in consumables revenue as Revio utilization continues to ramp across a growing installed base, partially offset by mid-teen decline in instrument revenue due to the current macroeconomic environment, including uncertainty around academic funding. Despite these macroeconomic headwinds, we continue to see broad adoption of our HiFi sequencing platforms across research, translational and clinical markets. In the second quarter, we shipped 15 Revio systems and 38 Vega systems, bringing our cumulative total of installed base to 297 Revio and 73 Vega systems. On the Revio side, 60% of the placements went to brand-new customers and 1/3 were to LDT, diagnostic or hospital labs, encouraging signs that HiFi is gaining share in these labs, replacing a number of legacy technologies. This is especially true in genetic and rare disease testing. A few recent examples include: Variantyx, a diagnostics lab based in Boston and a new to PacBio customer that is seeking to improve key genetic disease assays by using Revio and PacBio HiFi sequencing in lieu of legacy sequencing technologies. GeneDx also added another Revio to its fleet in the second quarter and plans to incorporate our PureTarget chemistry to further advance key tests. Additionally, we placed additional Revio systems into hospital systems in Northern Europe, where HiFi is being used to advance the understanding and improve solve rates for rare disease at scale. Turning to Vega. The PacBio team has built a robust platform. We're extremely pleased with the system's continued momentum and strong performance in the field. In the second quarter, nearly 60% of Vega shipments were to new PacBio customers. And since launching in very late Q4 last year, Vega has brought over 40 new laboratories into the PacBio ecosystem, a number we expect to grow into the future. Importantly, Vega is not just broadening our customer base, it's also expanding the range of applications HiFi can support. We're seeing strong adoption among smaller labs and new market segments and approximately 70% of Vega customers are using the platform for non-whole genome applications, including small amplicon sequencing, targeted panels and microbial genomics. That's exactly the kind of accessibility and versatility we designed Vega to deliver, and it's performing exceptionally well. Customer runs consistently exceed our specifications across a range of insert sizes with HiFi read lengths and yields often surpassing expectations. At the Charles University in Prague, for example, one researcher shared how switching to Vega has significantly improved his lab's scientific output. By eliminating months of troubleshooting associated with incomplete short-read data, he's able to double his publication rate while significantly improving data quality, starting projects with complete chromosomes from the outset. With its lower capital cost, compact footprint and integrated analysis tools, we believe Vega is opening new segments of the genomics market to PacBio, including labs and institutions that were previously out of reach for long-read platforms. Miami University in Ohio is another great example. Researchers at the institution shared that the system was intuitive to operate with streamlined informatics capabilities, and they plan to use the platform across a wide range of applications, including single cell, epigenetics, and immunology. They also noted that Vega is more cost effective than the leading low-throughput short-read next- generation sequencing platform with run costs that align well with the funding models common in many academic and translational research settings. We're also seeing growing momentum in population scale and multi-omic initiatives around the world. In July, PacBio HiFi technology powered the first Arab human pangenome published in Nature Communications. This study uncovered millions of previously undetected variants, reinforcing the importance of long-read accuracy when it comes to capturing genetic diversity and improving reference genomes. We believe studies like this demonstrate why highly accurate long-read sequencing is foundational to large-scale population genomics programs, especially those seeking to expand inclusion across historically underrepresented groups. We also recently announced that PacBio has joined the 1,000 Genomes Long-Read Project, a major global effort that is expanding beyond its original nanopore-only design to now include HiFi-based sequencing. As part of this next phase, PacBio plans to contribute full isoform -- full-length isoform RNA data from roughly 1,000 samples using our Kinnex RNA kits and Revio systems. The program's leaders specifically selected Kinnex for its data quality, isoform resolution and throughput, offering what we believe is a clear advantage over existing short-read and long-read transcriptomic methods. With simplified prep, low RNA input requirements and scalable output, Kinnex is uniquely suited for large-scale multi-population studies. This collaboration highlights how researchers are increasingly turning to HiFi and Kinnex to drive deeper insight into gene regulation and transcript diversity at population scale. As previously mentioned, we re seeing continued progress in clinical sequencing applications as well. Quest Diagnostics, for example, announced that its Athena Diagnostics division is using PacBio HiFi sequencing to enhance its Ataxia movement disorder panel. Built on Revio and powered by our PureTarget chemistry, this assay can detect repeat expansions and complex variants that can be frequently missed by conventional shortread tests. It s a clear example of how HiFi sequencing is making its way into routine clinical workflows, enabling more comprehensive and accurate testing. We re also expanding our clinical footprint internationally. Recently, we announced a new agreement with Haorui Gene, a leading genomics distributor in China with deep expertise bringing long-read sequencing into clinical use. Haorui has already played a pivotal role in advancing HiFi-based testing in the region. They launched a HiFi-based HLA typing product in 2022 and they ve since deepened collaborations with major blood centers to expand national research efforts in rare blood classification and antigen mapping, applications that demand the high-resolution, allele-level accuracy that HiFi uniquely provides. Through this partnership, we expect to further grow our clinical presence in transfusion medicine and hematology in China. In translational research, we were honored to be selected by Target ALS to support the largest global ALS genomics study utilizing HiFi sequencing to date. This project is expected to use Revio to generate whole genome data from thousands of ALS patient samples, aiming to uncover the complex genetic contributors to this devastating disease and generate the largest long-read open-access database for ALS. ALS presents a challenging genetic landscape, marked by structural variants, repeat expansions, and noncoding elements, many of which are invisible to traditional sequencing. We believe HiFi s length and accuracy make it particularly capable of resolving these difficult regions, helping researchers discover new links between genetic variation and disease progression. And because the data from this study will be made broadly available, it has the potential to accelerate discoveries that lead to better diagnostics, new therapeutic targets, and ultimately, hope for people living with ALS. And beyond HiFi adoption, we re also helping define the next generation of genomic benchmarking. Earlier this week, a study published in Nature Methods introduced the Platinum Pedigree benchmark, the most comprehensive, family-based variant dataset ever released. Developed by scientists at PacBio alongside collaborators at the University of Washington, University of Utah, and others, this benchmark characterizes not just simple variants, but also complex and repeat-rich regions that have traditionally been excluded from reference datasets. This resource was used to retrain Google s DeepVariant AI model, resulting in a 34% reduction in erroneous variant calls genome-wide, with even greater improvements in the most difficult regions. It s a powerful validation of how HiFi data is improving the performance of AI-based tools and reinforcing PacBio s position as a leader in sequencing accuracy. Looking ahead, we re also making strong progress in the development of our multi-use SMRT Cell capability, a key innovation that will allow customers to run a Revio SMRT Cell, the most expensive component of our consumable, multiple times. This is a major step toward reducing the cost per genome for our customers, and at the same time, improving our own gross margin. We believe this capability will help unlock larger-scale projects, increase flexibility, and create more value for customers doing high-throughput research and clinical sequencing. We look forward to sharing more about this innovative technology at a later date. I ll now hand the call to Jim to discuss financials before I finish with some closing remarks. Jim?