Inhalation Formulation Services

Inhalation Formulation Services
Product Description

Inhaled drug products for nasal or pulmonary delivery continue in popularity due to the prevalence of respiratory diseases around the globe. Additionally, the lung’s absorptive capacity continues to be explored as an attractive delivery point for both local and systemic applications. Particle engineering, a core strength of Lonza, is critical in achieving the particle size distribution required for effective drug delivery  (inhalation formulation development) using dry powder inhaler (DPI) devices.

DPI technology has become the preferred approach for inhalation formulation vs. other dry powder technologies or aerosols. Lactose-blend or carrier-free based approaches to DPI require precise particle engineering through either micronization / jet milling or spray drying, respectively. Expertise and depth of capabilities in both particle size reduction and spray drying allow our scientists to choose the most appropriate technology for your specific DPI application.

Our premier particle engineering platform is complemented by a full range of product development. Our product development teams are well versed in powder performance parameters for capsule-based devices.

  The choice between jet milling and spray drying technology is dependent upon a number of factors including:API characteristics and ability to be jet milledLactose compatibilityPhysical properties of the APIProcess and scale-up issuesContent uniformity concerns (especially for combination therapies)Particle size distribution requirementsAmount of NCE available for feasibility workOur scientists have the expertise and experience to rapidly identify the formulation and enabling technology required to meet your target product profile. Both particle engineering approaches continue to find broad application in inhaled formulations. However, spray drying is finding increased application in DPI approaches for larger molecules or when dispersion, nano-amorphous matrices, crystalline API in amorphous matrices, or mixed approaches are required.

Our development and clinical inhalation powder manufacturing capabilities are located at our Bend (OR), US site and support all phases of inhalation product development. Small scale spray drying, wet milling and jet milling are all in place for early feasibility work. State-of-the-art clean rooms for spray drying and capsule-filling are also in place, as is a high containment suite for the safe handling of higher potency small and biologic compounds. Clinical scale and commercial scale jet milling capabilities are in place at our Quakertown (PA), US and Monteggio, CH locations.

Lonza Capsules & Health Ingredients

  • CH
  • 2015
    On CPHI since

Lonza Capsules & Health Ingredients

  • CH
  • 2015
    On CPHI since

More Products from Lonza Capsules & Health Ingredients (4)

  • Active Pharmaceutical Ingredients and Intermediates

    Product Active Pharmaceutical Ingredients and Intermediates

    We provide customized chemical synthesis for active pharmaceutical ingredients from concept to commercial supply.

    We are an industry-leading integrated development and manufacturing service provider for small molecule drug substances and their intermediates.

    Chemistry is c...
  • Highly Potent API Handling

    Product Highly Potent API Handling

    HPAPI product handling from concept to commercial-scale manufacturing 

    Utilizing a combination of technology, infrastructure and expertise, we provide you with seamless, flexible HPAPI development and manufacturing tailored to your specific needs and resulting in reduced program timelin...
  • Bioavailability Enhancement - Oral Drug Products and Intermediates

    Product Bioavailability Enhancement - Oral Drug Products and Intermediates

    The depth of our bioavailability (BA) enhancement offering makes us a leader in addressing addressing low solubility, low bioavailability and dissolution rate issues. We work collaboratively with our customers to advance compounds, or re-purpose existing compounds, across a full range of API properties and...
  • Microreaction Technology

    Product Microreaction Technology

    Use of Microreaction Technology (MRT) may lower product cost of goods and increases yield and throughput of a manufacturing facility. This technology is able to perform hazardous, high temperature and pressure reactions, as well as those containing unstable or extremely reactive elements. Using MRT, these ...

Lonza Capsules & Health Ingredients resources (6)

  • News CPHI North America 2023 – From the Floor

    Follow along for live updates from the Content team as we bring you the latest from CPHI North America 2023 - from session talks, panel discussions, interviews, and more, there's a lot to discover with CPHI Online at the Pennsylvania Convention Center! 
  • Video Lonza

    Enabling a healthier world.
  • News Lonza signs five-year collaboration deal with VC firm Bioqube to speed up portfolio companies’ development and manufacturing

    The offering will accelerate timelines for the development and manufacturing of molecules and disruptive technologies
  • Video Making a Splash in the US Market: How PBPK Modeling is Playing a Central Role in Risk Reduction in Early Drug Development

    Rapid and efficient development of drug candidates is increasingly important for pharmaceutical companies with accelerated timelines and funding constraints. However, many early drug candidates have poor oral absorption properties making it challenging to achieve target pharmacokinetic (PK) profiles. Without upfront knowledge of absorption risks and mitigation strategies, poor absorption can significantly impact preclinical and clinical study timelines and costs. Physiologically-based pharmacokinetic (PBPK) modeling software, such as the GastroPlus® platform from Simulations Plus, simulates dynamic physiological factors impacting oral performance. When coupled with in vitro measurements, PBPK modeling is effective in early development for 1) identifying absorption risks, 2) assessing the potential for solubility enhancing formulations such as salts, cocrystals, or amorphous solid dispersions to mitigate these risks, and 3) designing and optimizing preclinical and clinical studies with respect to dose, prandial state, or gastric pH modification to maximize the likelihood of achieving desired PK profiles. In this presentation, we will demonstrate how PBPK models combined with Lonza’s custom and off-the shelf in vitro tools and solubility enhancement expertise can be used to identify and mitigate absorption risks in early drug development, reducing the need for drug product reformulation or repeated preclinical or clinical studies. Key Learning Objectives: Learn how PBPK modeling can identify potential oral absorption risks and mitigation strategies (e.g. bioavailability enhancement) for early drug candidates. Learn how PBPK modeling coupled with in vitro testing can guide early selection of drug form and formulation to achieve clinical study goals. Gain insights into how key drug and formulation factors including solubility, permeability, and dissolution rate can impact absorption risks such as poor oral bioavailability, food-drug interactions, and pH-dependent DDI effects.
  • News Lonza Switzerland site to undergo expansion of microbial development capabilities

    The expansion includes the installation of a pilot suite with a 50-L fermenter and automation upgrades to accelerate clinical and commercial projects
  • News Lonza boosts exosome capability with Codiak BioSciences facility acquisition

    The companies will establish a Centre of Excellence focused on exosome manufacturing and characterization technologies