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Solupore® Integrated

Enabling Scalable and Affordable Cell Therapy

Upcoming Events

Webinar

28th, October 2025

Our Solution

Solupore® Integrated consolidates multiple unit processes into a single core consumable, delivering a closed, automated and sensor‑enabled workflow. This integrated approach reduces facility footprint, streamlines operations and significantly lowers costs while enabling affordable scale‑out and easy adoption through stand-alone consumables.

Impact: Facility cost 75%, Throughput 600%, Cost of goods up to 25%*.

Scalable and Affordable Autologous Cell Therapy

Platform Complexity

Current manufacturing workflows rely on up to 8 standalone instruments, leading to fragmented processes and inefficiencies.

Batch Failures

Open, manual processes contribute to >10% batch failures, increasing risk and cost.

Labour Input

Manual intervention drives 25–51% of batch costs and limits scalability.

Facility Costs

Cleanroom buildouts exceed $1,000 per square foot, creating a major barrier to scale and affordability.

A Consumable‑Based Approach

Integrated Processes

Activation, transduction, expansion, harvest are consolidated into one core consumable.

Scale‑Out

The smaller, lighter automated units integrate into existing workflows and enable parallel batch processing.

Closed & Automated

Closed system design, automated sampling and inline pH/DO and CO2 sensors provide full process monitoring and data integrity.

Cost‑Effective Growth

Densification and scale‑out reduce facility footprint and labour, driving significant reductions in cost of goods.

Parallel Processing & Throughput

Traditional integrated platforms are designed to process one batch per run. The smaller, lighter Solupore® Integrated allows for parallel processing, increasing the throughput while reducing the space  required.

Annual Platform Throughput

Industry Standard

~50 batches per year

Facility Investment

Conventional Facilities

Baseline cost

Annual Platform Throughput

Industry Standard

~350 batches per year (600% increase)

Facility Investment

Industry Standard

75% lower investment

Solupore® Integrated Automated Manufacturing Units

The backbone of our scale‑out architecture: Solupore® Integrated automated manufacturing units are designed for modular, cost‑effective scale out.

  • Modular design – expand capacity one AMU at a time to meet patient demand.
  • Cost‑effective scale‑out – lower capital expenditure by densifying your facility with AMUs rather than additional integrated instruments.
  • Centralised control – each AMU produces its own electronic run record with recipe-driven control, in-line PAT, barcoded chain of identity, and 21 CFR Part 11 EBR

Performance Metrics

High throughput does not need to come at the expense of quality. Solupore® Integrated consistently produces large numbers of potent CAR‑T cells. Sample data shown below for 7-day process.

>2.5 Bn

Total viable cells
(Day 7)

>1 Bn

CD19‑CAR+ cells

150 M

CD3+ starting cells

>50%

CAR expression

Cell Phenotype & Function

Solupore® Integrated yields a product that retains a stem‑like phenotype and shows minimal T‑cell exhaustion. Our 7‑day process delivers potent cells capable of strong cytotoxicity and sustained cytokine release.

Stem‑Like Phenotype

Cells maintain a Tscm/Tcm phenotype associated with long‑term persistence.

Low Exhaustion

Low expression of exhaustion markers (PD‑1, LAG‑3, TIGIT) ensures durable function.

Potent Cytotoxicity

Highly cytotoxic at multiple effector‑to‑target ratios with strong cytokine release (IFNγ).

Rapid Expansion

Rapid expansion within 7 days without compromising cell quality.

Workflow Flexibility

Solupore® Integrated supports non‑viral editing and expansion within the same closed consumable. Our integrated transfection‑expansion workflow simplifies complex engineering tasks.

Early Editing

High editing efficiency with minimal perturbation
(Day 3)

Robust Expansion

Large total viable cell output (Day 7)

Low Perturbation

Editing maintains phenotype and viability

Flexible Engineering

Supports mRNA, CRISPR and HDR workflows

Operational Readiness

Designed for seamless transition from research use to GMP manufacturing, Solupore® Integrated comes with comprehensive compliance and digitalisation features.

Regulatory

GMP consumable with a Drug Master File (DMF) filed with the FDA.

Digitalisation

Automated sampling and in-line pH/DO sensing. Electronic run record with 21 CFR Part II compliance.

Supply Chain

US‑established supply chain with qualified suppliers ensures reliability and rapid deployment.

Technology Transfer

Engineered for smooth scale‑up from research use only (RUO) into full GMP manufacturing.

Cost Benefit

A core advantage of Solupore® Integrated lies in its ability to reduce the total cost of cell therapy manufacturing. Our consumable‑based approach dramatically reduces facility investment, labour and failure‑related expenses while increasing throughput.

Labour Savings

Automation and integration of manufacturing processes greatly reduces labour inputs vs disaggregated processes, reducing COGS by up to 25%.

Scalable Economics

Densification and parallel processing AMUs decrease cleanroom footprint, reducing facility investment by up to 75% vs other integrated platforms*.

*Based on comparative analysis of equipment costs, labour inputs and facility utilisation versus integrated single‑batch platforms.

“It’s estimated that only between 15% to 20% of patients who could potentially benefit from CAR‑T cell therapy are actually receiving it.”

Prof. Bruce L. Levine, Scientific Advisory Board Member

Guided by Experts

Our experienced executive leadership, seasoned board of directors and world‑class scientific advisory board ensure that Solupore® Integrated meets the highest scientific and commercial standards. Learn more about the people behind the platform.

Meet the Team

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