Pharmaceutical equipment engineering
Accelerate flexible, modular equipment deployment for process/packaging lines. Streamline design, build, install and commission. Boost efficiency with automated workflows. Enhance speed and quality via simulation-driven design. Enable lifetime remote service with advanced data analytics.
Build smart, connected pharma equipment engineering
Pharmaceutical equipment manufacturers face rising demands for flexible, smart equipment amidst evolving industry needs and supply chain disruptions. To scale up and deliver advanced, fast-to-commission equipment, they must redefine design. Pharmaceutical equipment engineering enables efficient development of high-quality, plug-and-play solutions with predictive, efficient maintenance.
Design and deliver equipment more efficiently
Create plug and produce pharmaceutical manufacturing equipment that provides data-driven insights on project performance so you can deliver equipment that meets customer quality demands - in time and on budget.
30% Reduction in downtime
Improve productivity and efficiency by reducing unplanned downtime up to 30% and energy consumption up to 10%. (KORSCH AG)
Flexible production
Create modular, reconfigurable packaging lines that can quickly adapt to changes in product formats, packaging types, and production volumes. (IBERFAR)
50% Faster time-to-market
Virtually commission and validate new machine configurations before physical deployment to help reduce time-to-market up to 50%. (groninger & co. gmbh)
Transform pharma equipment development processes
Optimize equipment development with data and a comprehensive digital twin. Gain end-to-end visibility, provide current data to teams, and enable more iterations. Explore the key pillars of pharmaceutical equipment engineering.
Manage project, product requirements, and design data in a single location to improve processes and enable greater reuse of designs. With everything they need in one place, engineers gain the flexibility they need to be more efficient.
- Integrate project, product requirements, and design data in a single, multi-disciplinary BOM
- Build and store modules of proven designs
- Leverage design odules to automate engineering workflows and enable easy and smooth integration for end users
Integrate all design functions with customer requirements to improve cross-domain collaboration and deliver equipment faster. Support end-user factory planning by combining the real and digital worlds to verify equipment designs virtually before deployment.
- Improve performance through simulation-driven design
- Streamline machine deployment using virtual commissioning
- Gain comprehensive visibility into energy usage and operational costs
Build data acquisition capabilities into your machines to unlock a new level of service and optimization for your customers.
- Gain operational visibility by connecting your equipment to the Industrial Internet of Things (IIoT) with integrated sensors
- Enable predictive maintenance and advanced analytics for equipment
- Offer a lifetime service package for equipment through remote service capabilities via cloud-based monitoring
Considered over the entire lead time of a flexfill project, we can achieve up to 50% time savings compared to a custom-developed machine.
Pharmaceutical equipment engineering solutions
Product lifecycle management
Establish a single source of truth for all product related data to ensure efficient collaboration across all teams throughout the entire manufacturing process.
Mechanical product engineering
Streamline the design process with intuitive, industry-leading CAD software. Fully integrate all design functions into a single development environment for faster collaboration from initial concept to detailed design.
Performance engineering
Accelerate innovation with a digital twin. Predict equipment behavior, boost accuracy, and gain early design confidence. Reduce physical prototyping by simulating concepts virtually.
Machine automation engineering
Enable an efficient design process for flexible, modular equipment with a library of standardized and reusable components. Use the modules to automate engineering workflows and rapidly deliver next-generation equipment at scale.
Industrial systems simulation
Enable virtual commissioning to validate and optimize industrial systems to ensure optimal efficiency, productivity, and reliability without compromising on quality.
Quality management
Implement a streamlined and systematic approach to quality assurance to enable continuous improvement throughout the entire equipment lifecycle, from initial development to construction and beyond.