Automatic Synthesis and Screening System for Lipid Nanoparticles Sunscreen
Accelerating formulation optimization for vaccine and pharmaceutical development.
To create the optimal LNP, it takes a tremendous amount of time and effort to examine and pursue formulation conditions. LNPs are nanoparticles composed of multiple lipids. Therefore, it is necessary to find the optimal conditions such as the mixing ratios, the ratio of lipids to payload, and the flow rates during mixing. Furthermore, we must also consider throughput issues. Sunscreen can produce up to 96 types of small LNPs within six hours, thus solving the previous throughput problems. This means that it is possible to explore a greater number of formulation condition investigations in a single day. • Fully automated execution of up to 96 types of condition investigations within six hours • 200 μL to 2 mL per experiment • Flow rate of 0.1 to 30 mL/min • Reusable microfluidic chips • Seamless scale-up through process and protocol optimization
basic information
Throughput: Up to 96 formulations within 6 hours Total flow range: 0.1 to 30 mL/min (depending on the tip) Flow ratio (water to organic): 1:1 to 5:1 Standard sample volume range (when FRR is 3:1): 400 µL to 2 mL Minimum input volume (including dead volume): 105 µL Continuous mode capacity range: NA Inline dilution: Yes Standard particle size range: 40 to 200 nm (depending on the formulation) PDI: Less than 0.2 (depending on the formulation) Encapsulation efficiency: Over 90% (depending on the formulation)
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Model number/Brand name
Automatic Synthesis and Screening System for Lipid Nanoparticles Sunscreen
Applications/Examples of results
Pharmaceutical development Preparation of lipid nanoparticles
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[Free Webinar] Bringing Hope to the Challenges of LNP Research and Development, Sunshine Series & Stunner AF
The development of lipid nanoparticles (LNPs) requires flexible tools that can consistently handle everything from screening to GMP manufacturing. An ideal manufacturing tool must accommodate small-scale, user-friendly experiments as well as multi-parameter, multi-sample, and even large-scale continuous operations. However, the creation of lipid nanoparticles (LNPs) is only half the goal; evaluating characteristics such as encapsulation efficiency (EE%), payload quantification, particle size, and PDI is also essential. Our Sunshine series and Stunner AF (Add Fluorescence) enable scalable nanoparticle manufacturing and powerful all-in-one characterization. In this webinar, we will introduce scalable LNP manufacturing with Sunshine and one-stop measurements of EE%, total RNA quantification, particle size, PDI, and particle concentration with Stunner AF. Experience solutions that will take nanoparticle development to the next level, from research to industrial applications.
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[Free Webinar] Revolutionizing LNP Development: Smooth Technology Transfer for High-Speed and High-Precision Formulation Exploration and Manufacturing
**[Issue]** The evolution of LNPs is progressing more rapidly than ever, largely due to modifications in particle formulations. However, the formulations to be tested are complex in composition and involve a vast number of combinations, making large-scale screening difficult to achieve. Furthermore, there is the subsequent challenge of transferring to production. Evaluations are also required to be accurate, comprehensive, and high-throughput. **[Webinar Overview]** In this webinar, we will explain how our Sun series can accelerate the exploration and development of LNPs, based on the latest research findings and user case studies in LNP formulations. We will also introduce Stunner, which enables high-speed and accurate LNP evaluations.
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We will exhibit at the DDS Society academic conference.
Unchained Labs, Inc. will exhibit at the 41st Annual Meeting of the Japanese DDS Society, which will be held from June 17 (Tuesday). At our booth, you can see a wide range of products, from the manufacturing of lipid nanoparticles (LNP) to their characterization, as well as products for ADC and the evaluation of extracellular vesicles. Additionally, on the first day of the event, July 17, we will also hold a presentation by exhibiting companies. All of our staff sincerely look forward to your visit. Event Name: 41st Annual Meeting of the Japanese DDS Society Date: July 17 (Tuesday) - July 18 (Wednesday) Venue: Makuhari Messe International Conference Hall Details: https://procomu.jp/dds2025/ <Exhibiting Company Presentation> July 17 (Tuesday) around 15:28
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CPhI Japan Exhibition & Seminar!
CPhI Japan Exhibition & Seminar! April 9 (Wednesday) - 11 (Friday) @ Tokyo Big Sight Unchained Labs, Inc. will be exhibiting in the biopharmaceutical zone at CPhI Japan this year as well. Additionally, we will hold a seminar on the second day! Please visit our booth at Tokyo Big Sight. <Exhibitor Seminar> Date and Time: April 10 (Thursday) 13:00-13:30 Venue: 5B "Stability Evaluation of Biopharmaceuticals - Towards a New Era of High-Speed and High-Throughput" *No prior reservation required, free of charge.
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[Free Webinar] A Bright Future for LNP Formulations Brought by the Sun Platform
Researchers of lipid nanoparticles (LNPs) spend a tremendous amount of time on screening, optimization, and scaling up experiments to achieve optimal performance, spot-on targeting, and controlled release of active pharmaceutical ingredients (APIs). Factors such as solubility, pH stability, payload release, and encapsulation all depend on particle size, shape, and structure. In other words, to obtain the correct formulation, it is necessary to explore a vast number of formulation parameters and process parameters one by one, but even if a perfect formulation is found, scaling up usually means switching equipment and re-optimizing settings. In this webinar, we will introduce Sunny Suite, an automated high-throughput screening platform designed to reduce the time spent on screening, optimizing, and scaling up experiments for LNP formulations.
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Unchained Labs is a company headquartered in Silicon Valley, California, that provides next-generation life science tools. - A lineup of automation devices for biopharmaceutical research, gene therapy, and organic synthesis - Founded in 2015 - Locations in California, New Jersey, Boston, the UK, Brussels, Germany, Shanghai, and Japan - Established a Japanese subsidiary in July 2017