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Innovative solutions for advanced pharmaceutical manufacturing

Continuous manufacturing

Thermo Fisher Scientific is at the forefront of adopting advanced manufacturing technologies to enhance efficiency in small molecule development and commercial production, benefiting both us and our customers. As the number of new clinical development projects increases, we leverage these cutting-edge technologies to meet the growing demand for novel drug candidates. Our approach relies on the utilization of modern tools for analytics, statistical design, control, and process intensification, all applied through the continuous manufacturing of drug substances and drug products.

78%

We are a trusted partner, involved with 78% of the top performing drug products1

> 50 years

Contract pharmaceutical experience since 1974

9 of the top 10

We provided development and manufacturing services and solutions for 9 of the top 10 best-selling small molecule blockbuster drugs in 2023.

280

280 rooms supporting clinical manufacturing through primary and secondary clinical packaging


Pharmaceutical manufacturing solutions and capabilities

Our innovative drug substance development and manufacturing solutions include:

  • Continuous manufacturing (CM) for both chemical synthesis and purification operations, at scales ranging from single kilograms to multiple tons.
  • Design of experiments (DoE) for an in-depth understanding of our manufacturing processes.
  • Model predictive control (MPC) to support scale up and minimize off-spec material.
  • Multi-attribute method (MAM) to assess protein sequence and product quality, such as the biotherapeutic's efficacy, safety, stability, and process robustness, and tailor development based on characterization data collected and client needs.

 

These capabilities allow us to rapidly develop reliable manufacturing processes that consistently deliver high-quality products, even when complex molecules or operations, extreme temperatures, or hazardous materials are involved.

Continuous manufacturing of pharmaceuticals

Our innovative drug product continuous manufacturing offers development and manufacturing solutions from Phase II through commercial, including:

  • Integrated Continuous Direct Compression (CDC) tableting lines with Process Analytical Technology (PAT) for real-time monitoring and control. These units allow for flexible batch sizes that accommodate both clinical and commercial scales using the same process and manufacturing train.
  • Enabled for Real-Time Release (RTR) with PAT, including in-line Near Infrared (NIR) Spectroscopy, at-line disintegration, friability, microwave-based moisture measurement, and traditional IPCs (H, W, T).
  • Process development and clinical supply from Phase II onward: Includes a commercial control strategy, PAT, and RTR.

 

Our experienced team can assist customers with adopting continuous solid dose manufacturing, providing full-service support from clinical stage development through to commercial manufacturing.

Upper level of continuous manufacturing process train: Feeder table consisting of six loss-in-weight feeders, a co-mill, and a continuous blender

Helpful resources

Webinar
Continuous manufacturing: Drug development workflow and benefits
Overview the economic and quality benefits of oral solid dose continuous manufacturing for commercial drug products and understand how leveraging continuous manufacturing in development can allow greater assurance of quality as well as scale up efficiencies.
Webinar
Manufacturing Innovation: The Case for Continuous Manufacturing
During this on-demand webinar, hear from industry expert Doug Hausner compare and contrast continuous manufacturing and traditional batch manufacturing.
White paper
Product Development For An Oral Solid Dosage Using Continuous Manufacturing
When bringing a new drug to market, product development is typically aligned with the clinical trial schedule; therefore, as the patient pool grows, so does the supply of drugs needed for the study.
Blog post
Continuous Manufacturing: An Efficient Way to Produce OSD Drugs
When Henry Ford revolutionized manufacturing practices back in 1913 in Highland Park, MI, his main goal was simple—to make the best possible product in the most efficient and cost-effective manner. Ford’s focus on bettering the “flow” of manufacturing to enable workers/technology to work smarter and reduce waste of raw materials, changed manufacturing principles forever.

View references
1. Evaluate Pharma Top 100 Products 2020 (by revenue)