Applications | Design & Manufacturing | Genetic Analysis & Sequencing
Expand production capacity for genetic analysis & sequencing
Scale your next-generation sequencing and molecular research and seamlessly launch your instrument with Ascential. We have the bandwidth to refine your manufacturing processes, with application expertise such as
- Library Preparation and Automation Systems
- Nucleic Acid Synthesis and Oligo Production Instruments
- Genotyping and Microarray Systems
- PCR/qPCR Amplification Platforms
- Single-Cell Sequencing Instrumentation
- Spatial Transcriptomics Instrumentation
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Solutions
Solve complex sequencing platform manufacturing issues
Sequencing Platform Development
Strengthen program reliability with full instrument design from concept through production. We integrate high-precision fluidics for reagent delivery and wash chemistry, imaging systems for base detection, thermal cycling for amplification, precision motion stages for flow cell scanning, and real-time instrument control software.
Flow Cell & Consumable Development
Ensure flow cells, microfluidic cartridges, and reaction consumables are engineered for chemistry compatibility and optical accessibility. We build in fluidic channel geometry, surface treatments, and bonding processes, then validate design performance via injection molding or lamination.
Tolerance Analysis & Process Development
Achieve specific precision requirements: fluidic channel dimensional control, surface treatment uniformity, optical coating consistency, and mechanical alignment repeatability with robust, validated process development. We also handle transfer documentation.
Prototype & Early-Access Builds
Verify design, beta site placement, and early-access programs with functional prototypes and pilot-scale instrument builds. We build to reflect manufacturing intent, ensuring beta performance predicts production outcomes.
Volume Manufacturing
Maximize the efficiency and output of your manufacturing equipment and facilities without compromising on quality or scalability. We handle equipment maintenance, calibration, and troubleshooting.
Sustaining Engineering & Cost Optimization
Yield improvement, component obsolescence resolution, and cost-per-read reduction through VAVE programs on fielded sequencing platforms.
Capabilities
Precision engineering for high-performance sequencing
From first prototype through commercial launch, our precision manufacturing approach protects your chemistry performance and accelerates your path to scalable production. Our integrated capabilities align instrument design, consumables, and manufacturing processes to reduce risk and enable flexible, long-term platform evolution.
High-Precision Fluidic & Thermal Integration
Achieve bench-equivalent library complexity and sequencing fidelity at production scale. We integrate sub-microliter reagent delivery, optimize wash chemistry to minimize carryover, and engineer thermal cycling for protocol-required ramp rates and uniformity.
Flow Cell & Consumable Engineering for Volume Manufacturing
Translate consumable performance from development to high-volume production without redesign by developing the channel geometry, surface treatment, and bonding process around injection molding tolerances and lamination process windows from the start.
Imaging & Detection System Design
Standardize read quality across the full field-of-view unit-to-unit with fluorescence imaging systems optimized for illumination uniformity, autofocus, and scan speed. Our optical path design accounts for flow cell thickness variation, emission crosstalk between channels, and the resolution required for feature pitch.
Modular Platform Architecture
Qualify your next-generation flow cell format or new sequencing chemistry without re-engineering your base instrument by defining clear subsystem interfaces that separate core platform capabilities from application-specific configurations early in development.
Case Study
Engineering next-generation sequencers for market success
A biotech company needed a DNA sequencing system based on proprietary chemistry that could integrate fluidics, automation, and third-party subsystems while remaining fully compliant with Class II IVD and IEC 61010 standards. Ascential engineered a 15-channel precision fluidics manifold with pump/valve delivery and automated reagent handling, a self-guided flow cell system with 25 μm registration accuracy, and integrated imaging, electronics, motion and thermal components into a fully enclosed, compliant system.
Now, the biotech company has a high-precision, scalable sequencing platform designed for reliable performance and long-term commercialization.
Why Choose Ascential?
When you engage our team, you tap into 70+ years of experience delivering mission-critical solutions that bridge precision engineering, automation, and medical manufacturing knowledge from 7 highly specialized firms.
Genomics Workflow Expertise
Design sequencing platforms for practical research and analysis performance. Our deep understanding of fluidics, thermal cycling, and imaging ensures your instrument architecture avoids common pitfalls and delivers accurate results from day one.
Integrated Engineering
Make real-time design decisions and ensure your platform systems function together with access to every engineering discipline under one roof — fluidics, optics, imaging, thermal management, motion control, software, consumables, and manufacturing.
Consumable Production Automation
Automate your consumable production with confidence. Assembly, bonding, surface treatment, inspection, and tests are all conducted on systems we build ourselves to understand what manufacturing processes can reliably achieve, informing better consumable design.
Manufacturing at Sequencing-Grade Tolerances
Bring your products to market with consistent, high-precision performance. We define tolerance budgets based on what our production processes can achieve, eliminating hidden risks and ensuring optical, fluidic, and thermal performance at scale.
Frequently Asked Questions
Get answers to common questions about our genetic analysis and sequencing capabilities.
We work under NDA. Your science team owns the chemistry. We engineer the instrument and consumable platform to deliver the fluidic handling, thermal profiles, and detection performance your chemistry requires. We work directly with your applications scientists to verify that engineering decisions preserve assay performance at the system level.
We’ve developed and manufactured commercial sequencing and genetic analysis platforms within specific tolerances: sub-microliter fluidic precision, nanoliter-to-microliter liquid handling, micron-level optical alignment, magnetic bead processing automation, thermal uniformity tight enough to avoid amplification bias across a flow cell, and stage repeatability across millions of imaging positions per run.
Our manufacturing spans the U.S. and Southeast Asia. We structure programs to match each phase to the right site: prototyping and pilot builds in the U.S. for speed and engineering access, and volume instrument and consumable manufacturing in Southeast Asia for cost-competitive production at scale.
Yes. Our integrated teams design, build, and support automated production lines for flow cell and consumable manufacturing: assembly, bonding, surface treatment, inspection, and testing. We build consumable production equipment used by leading sequencing companies.
A sequencing instrument program from concept through design verification typically runs 18-36 months with Ascential. Platforms with high-resolution imaging, multi-channel fluidics, and complex motion systems tend toward the longer end. Library prep automation instruments with simpler detection toward the shorter end.
Either. Ascential routinely integrates client-preferred suppliers for optics, cameras, reagent-specific materials, and specialty components. If you don’t have a preference, we use our qualified supply base. For high-impact components like imaging sensors, precision stages, and optical filters, we recommend qualifying a second source early.
Related Resources
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