Christian Henry
Analyst · TD Cowen
Thank you, and good afternoon, everyone. Our first quarter of 2026 was highlighted by record consumable revenue, greater than 100% year-over-year growth in consumable shipments to clinically focused accounts and significant progress on our strategic objectives, including entering our first significant AI-related project with Basecamp Research. On the other hand, instrument revenue, particularly Vega, was lower than we had expected. This was driven by continuing pressure on academic funding, particularly in the United States. Additionally, we were unable to deliver some products to the Middle East because of the conflict in the region. I'll start by diving into our consumable performance. Once again, we achieved record consumable revenue, marking our third consecutive record quarter. In Q1, this was highlighted by more than 100% year-over-year growth in shipments to clinically focused accounts. This growth offset the fact that some customers held off consumable shipments to wait for the SPRQ-Nx commercial launch. Overall, consumable revenue grew 9% year-over-year, and clinical shipments now represent a mid-teens percentage of total consumable shipments, doubling year-over-year. We expect clinical shipments to continue growing as customers transition from testing and validation to full commercialization. Consumable pull-through was within our expected range of $225,000 to $250,000 Revio system. Additionally, there was strong demand to participate in our SPRQ-Nx early access program during the quarter. Turning to instruments. We shipped 15 Revio systems in the first quarter compared to 12 in the first quarter of 2025. While Revio demand remains constrained by the funding environment in the Americas, we are encouraged by the fact that half of Revio placements went to new customers globally, and we continue to see multisystem orders from clinical accounts building their capacity. We ended the quarter with cumulative Revio shipments of 346 systems. We shipped 27 Vega systems in the first quarter compared to 28 in the first quarter of 2025. The revenue contribution from Vega was impacted by 2 primary factors: lighter demand in the United States, where academic funding remains under pressure and promotional pricing geared towards attracting new customers. Specifically, during the quarter, we launched a limited time Vega promotion to expand our Vega installed base and unlock several new accounts. We concluded the promotion at the end of the first quarter, and we expect Vega ASPs to normalize in the second quarter. The good news is that more than 85% of Vega placements went to new customers this quarter, expanding the reach of HiFi sequencing. Cumulative, Vega shipments stand at 174 systems. From a regional perspective, EMEA was a highlight in the first quarter, delivering 17% year-over-year growth. We are seeing clinical customers who were in pilot and validation mode now make the transition into sustained production scale sequencing. That shift is creating demand for more Revio placements and is driving sustained consumable pull-through. The EMEA pipeline for Revio continues to be strong, and we believe that instrument sales in EMEA will remain an important driver for our business. As we saw in 2025, we expect that EMEA will be the fastest-growing region in our business in 2026. In the Americas, we continue to aggressively shift our strategy to clinical and commercial accounts where the funding dynamics are more favorable. In fact, in Q1, our largest accounts are now commercial service providers and clinical accounts. Revenue in Asia Pacific declined 16% year-over-year due primarily to our largest customers in China waiting for the commercial launch of our SPRQ-Nx kits, which are expected to ship later this month. Looking ahead, we remain confident in delivering revenue growth for the year. Although Vega demand remains softer than we anticipated, Revio opportunities are increasing with the imminent launch of SPRQ-Nx. As I communicated previously, we believe the introduction of SPRQ-Nx makes HiFi sequencing the most affordable long-read sequencing technology. These favorable economics have been enabled by both the Multi-Use SMRT Cell and an increase in SMRT Cell yield. We will commercialize SPRQ-Nx with the ability to use the SMRT Cell 3x, and our beta customers have seen double-digit improvement in yield. In fact, the beta program has gone so well that we significantly expanded the program in the first quarter. However, as I previously indicated, some of the customers are waiting for the full launch of the new chemistry, which will occur later this month. Ultimately, we believe that SPRQ-Nx will drive demand for both more Revio systems and more consumables, but SPRQ-Nx isn't limited to Revio. Later this summer, we expect to launch the SPRQ-Nx chemistry on the Vega platform. On Vega, SPRQ-Nx will enable significantly more throughput, and it will unlock some of the key features of the SPRQ chemistry, including lower DNA input quantities. This will immediately increase the utility of the platform and increase its value, which we believe will accelerate demand for Vega. Now I'd like to highlight a few significant strategic developments from the first quarter and areas where we have made encouraging progress in support of our long term goals. First, we completed 2 significant strategic actions in the quarter. We closed the sale of our high-throughput short-read sequencing assets to Illumina, generating approximately $48.1 million in net cash proceeds and meaningfully strengthening our balance sheet. Additionally, we resolved outstanding litigation with personal genomics of Taiwan. Taken together, these actions sharpen our focus, strengthen our position and allow us to concentrate entirely on what we believe to be our true competitive advantage, long-read sequencing. We are also making real progress in our clinical opportunity, which we believe remains the most compelling long-term driver of our business, with shipments to clinical accounts increasing more than 100% year-over-year. Our goal is clear: lower the barriers of adoption and enable clinicians worldwide to deliver more complete answers to patients and their families. Our core thesis is straightforward. HiFi is the only commercially available sequencing technology that we believe can comprehensively characterize substantially all classes of variants in a single assay. As a comparison, short-read approaches require multiple tests to achieve a similar result. As demand for comprehensive genomic testing continues to grow, we're focused on expanding the clinical utility of HiFi sequencing because our system's faster time to answer, comprehensive genomic output, and altogether less expensive total testing costs can provide the insights that meaningfully change outcomes for patients. Specifically, we continue to believe that the rare disease market will be a major driver for clinical adoption of HiFi sequencing. Of the estimated 300 million people living with a rare disease, many remain undiagnosed or misdiagnosed, which we believe to be a reflection of the limitations of historic sequencing technology. What makes the rare disease market particularly compelling from a business perspective is that we believe we are in the early phase of the adoption curve. Patients getting sequenced today represent a small fraction of those who could benefit. It is clear to our team that we are in the early innings of a very large opportunity, and we have the chance to make a big impact with HiFi technology. We've made notable progress across our recently announced collaborations in rare disease. Ambry Genetics is on track to assess 1,000 patients in their once study. With Ambry, we believe we are proving that HiFi has the power to find what other sequencing technologies have missed. Our collaboration with n-Lorem and EspeRare continues to advance with HiFi sequencing across dozens of ultra-rare diseases. HiFi has the potential to help inform therapy recommendations, another important validation point for clinical utility beyond the initial diagnosis. Additionally, the University of Washington program studying sudden unexplained death in childhood by sequencing across 200 families is well underway, further building our evidence base. As utilization of HiFi to sequence rare disease cases continues to expand, the ability to connect the data across customers and sites becomes a valuable tool for understanding each rare disease. This is why in late February, we announced a collaboration with DNAstack to launch the first global federated HiFi whole genome data set. Through the HiFi Solves consortium, which includes nearly 30 clinical and research institutions across 15 countries, the collaboration enables secure international research and allows genomic insights to travel across borders. Members have connected or have committed to connect more than 10,000 HiFi whole genome sequences, which would form one of the largest and most diverse federated HiFi data sets dedicated to rare disease research. We expect that collaboration will accelerate discoveries for patients and further drive our strength in the clinical research setting. Beyond rare disease, we're seeing a tremendous opportunity in the carrier and newborn screening markets. For example, in the fourth quarter of '25, we announced the Babies and focus project led by Eurofins Genomics U.K. to sequence at least 2,000 samples. This study aims to demonstrate that long-read whole genome sequencing provides clinically meaningful improvements within a newborn screening setting, particularly in detecting complex and structural variants. We believe that this study will generate real-world evidence at population scale that can justify adoption of long-read sequencing in newborns in national health care programs and demonstrate the value created by long-read sequencing over short-read approaches. I'm happy to report that this is advancing as planned, and we expect 1,000 samples to be sequenced on the PacBio technology between April and September of this year. We believe this work is foundational for building the evidence base for potential inclusion of long-read sequencing in a national newborn screening program in the United Kingdom. Before I turn the call over to Jim, I want to discuss our recently signed collaboration with Basecamp Research to deeply sequence approximately 100,000 metagenomic samples. This will be the largest project using HiFi technology in the history of PacBio and the first scaled use of HiFi for the development of a biological foundation model. The team at Basecamp believes that model performance and biology scales disproportionately with data quality and diversity, not just model size. As a result, Basecamp is ambitiously targeting to create a Trillion Gene Atlas, which may end up expanding known genetic diversity by as much as 100-fold by sequencing up to 100-plus million species globally. The Trillion Gene Atlas will be used to train a new class of biological foundation model, Basecamp's Eat-in model, which is already demonstrating the ability to move beyond simple prediction into generative biology, designing therapeutics directly from sequence and disease prompts, including gene insertion systems, antimicrobial peptides and cell therapies with high experimental hit rates. Basecamp selected PacBio for this groundbreaking project because HiFi technology offers the most accurate and comprehensive view of the genome, which will be critical for this new class of biological foundation model. Additionally, with the launch of SPRQ-Nx, we now have the ability to not only sequence at scale, but also offer the economics required to meet the needs of ambitious projects like the Trillion Gene Atlas. I look forward to keeping you updated on this project as we expect sequencing to begin scaling up over the course of 2026. I'll now hand the call over to Jim, to detail our financials. Jim?