Inhalation Formulation Services

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 amorpho...