Optimizing Your Manufacturing Assets

Life sciences manufacturers face significant challenges in managing real estate and facilities, including regulatory compliance, aging infrastructure, and high operational costs. As technology and scientific advancements accelerate, the need for frequent updates and renovations becomes paramount. However, these challenges also present a unique opportunity for innovation and efficiency. By adopting advanced analytics, organizations can predict maintenance needs more accurately, preventing costly downtimes. Implementing sustainable practices not only reduces operational costs but also enhances brand reputation. Furthermore, leveraging automation for routine tasks allows teams to focus on strategic initiatives that drive growth.

A shift towards proactive facility management—emphasizing preventive maintenance and investing in the latest technologies—can optimize operations and significantly lower costs. These strategic enhancements not only strengthen competitive positioning but also ensure the consistent delivery of safe, effective products to end-users and patients. The imperative is clear: embrace these opportunities to transform challenges into strategic advantages. By doing so, organizations can secure their place at the forefront of the life sciences sector, driving innovation and long-term success.

An Integrated Strategy Includes These Components:

1. Site Selection and Proximity to R&D Centers
   Selecting the optimal site for your manufacturing facility is not just a matter of logistics—it’s a strategic decision that can significantly affect your bottom line. Proximity to R&D centers is more than a geographical convenience; it’s a catalyst for innovation and operational efficiency. Strategically located facilities reduce delays, increase collaboration, and shortens feedback loops, and attracts skilled talent—boosting your speed to market.
2. Preventative Maintenance and Lifecycle Asset Management
   Effective maintenance strategies are the cornerstone of operational efficiency in life sciences manufacturing facilities. Preventive and reactive maintenance keep production running, while lifecycle asset planning ensures long-term value. Predictive tools help you fix problems before they happen—maximizing uptime and asset utilization. This comprehensive approach not only safeguards your operations but also optimizes asset utilization and cost efficiency.
3. Quality, Compliance, and Health, Safety, and Environment Regulations
   Meeting regulatory standards isn’t optional—it’s foundational. Compliance helps avoid costly legal issues and time delays , ensuring that all operations meet required standards and fostering healthy competition.  A culture of safety and compliance reduces risk, protects your brand, and ensures consistent product quality.

Measuring performance stands as a cornerstone for enhancing efficiency, effectiveness, and compliance within life sciences manufacturing facilities. The right metrics help you keep production on track, ensure compliance, and control costs. From uptime to total cost of ownership, these indicators reveal how well your manufacturing facilities are performing—and where you can do more with less.

Key Success Metrics for Your Life Science Manufacturing Facilities

1. Equipment Uptime
   Maintaining uptime is crucial due to the critical nature of operations in life sciences manufacturing environments. Downtime can disrupt essential processes, from R&D to the production of life-saving pharmaceuticals, leading to significant financial losses and reputational damage, while uptime ensures continuous productivity and regulatory compliance. First-time fix and self-performance rates emerge as pivotal metrics, offering insights into how efficiently your teams respond and resolve issues, and manage risk.
2. Quality and Compliance
   Quality and compliance are non-negotiable in life sciences manufacturing, where patient safety and product integrity are at stake. Metrics like audit readiness, deviation rates, and the percentage of corrective and preventive actions (CAPAs) closed on time provide a clear view into quality performance. Safety indicators such as TRIR and LTIR further highlight areas for improvement. Together, these metrics help maintain a safe, compliant, and high-performing environment that supports consistent product quality and regulatory confidence.
3. Maintenance Expenditure
   Regular maintenance is critical for the optimal functioning and longevity of essential systems and equipment. Preventive maintenance minimizes potential malfunctions and disruptions, while predictive maintenance can identify and mitigate operational and safety hazards, reducing risks of accidents, injuries and downtime. Prioritizing and balancing maintenance expenditure allows life sciences manufacturers to protect the right assets, optimize performance and extend life-cycle, and ensure a safe and efficient environment for all stakeholders.
4. Capital Planning Effectiveness
   Capital planning is most effective when it’s grounded in real-time asset data and operational performance insights. Understanding where to invest—whether in equipment upgrades, facility expansion, or system replacements—requires a holistic view of your portfolio. By linking capital planning with maintenance trends, production goals, and risk profiles, manufacturers can prioritize spend where it drives the most value. This data-driven approach ensures you’re not just spending capital—you’re investing it strategically.

Manufacturing operations are vulnerable to equipment failure, compliance issues, and sustainability gaps. Technological obsolescence poses risks of production disruptions and costly downtime, while supply chain vulnerabilities—exacerbated by raw material shortages—can threaten operational continuity. Human error and safety incidents can result in accidents and product defects, attracting regulatory scrutiny. Spotting risks early—and planning around them—is key to staying online and on budget.

Common Risks and How To Avoid Them

1. Not Measuring Vendor Performance
   Lacking a systematic approach to measuring vendor performance can undermine accountability and compromise quality standards within facilities management. In short, unreliable vendors mean missed deadlines and poor service. Tracking performance allows organizations to pinpoint areas requiring improvement, rectify inefficiencies, and ensure contractual obligations are met. This practice facilitates optimal resource allocation and cost management, identifying high-value vendors and enabling informed decisions during contract renewals or when sourcing alternative providers.
2. Not Prioritizing Sustainability Goals
   Adhering to sustainability principles allows organization to attract environmentally conscious clients, thereby enhancing brand reputation and loyalty. Implementing sustainability initiatives can lead to improved employee satisfaction, cost savings, waste reduction, and responsible supply chain management. A comprehensive sustainability plan, inclusive of regular monitoring and updates, ensures organizations remain aligned with their sustainability goals.
3. Assuming Equipment Is Performing As Expected
   Many manufacturers rely on outdated systems—or assumptions—when it comes to asset performance. Without visibility into utilization, condition, and lifecycle stage, critical equipment issues often go unnoticed until they cause costly downtime. Asset-level insights that reveal inefficiencies, optimize lifecycle decisions, and improve uptime can help eliminate the guesswork. What you don’t see can hurt your bottom line—and your ability to meet demand.

CBRE understands that each client and each portfolio is unique, and we offer solutions that flex and span based on your organizational goals. Whether supporting a global portfolio or assisting with local client needs, we have the products and services to ensure cost control, operational excellence, stakeholder satisfaction and right-sized solutions.

Realizing Value in Your Portfolio

1. Integrated Facilities Management
   We provide streamlined facility management operations and support to life sciences manufacturing portfolios. Our technology-led model gives clients access to the largest and most reliable data repository in the industry to revolutionize facility performance, process, and expenses. We provide clients cost-savings, transparency, flexibility, and reliable technicians for each location. Achieve increased efficiency and operational reliability while reducing carbon and lowering cost with connected building automation, IoT, and data analytics solutions that leverage people, processes, and integrated technology. Learn more.
2. First-Generation Outsourcing Strategy
   Outsourcing your real estate operations is a big decision. CBRE’s customized solutions and white glove change management process ensures organizations outsourcing for the first time can move seamlessly from one operating model to the other, protecting your people, partners, and properties at every step. Learn more.
3. Project Management and Project Management Office (PMO)
   Our team uses an optimized service delivery process to manage every aspect of your project’s budget, schedule and scope and protect your interests throughout the entire real estate journey. The Project & Program Management Office (PMO) acts as an extension of a client's organization to standardize and provide project-related governance across a defined program, geography or region. The PMO also facilitates or directly coordinates the sharing of resources, methodologies, tools, and techniques. This centralized control results in a collaborative environment with consistent project execution, supply chain management, rigorous fiscal governance, and a commitment to innovation. Learn more.
4. Metrology and Calibration
   Full Spectrum Lab Services from CBRE’s comprehensive metrology and calibration solutions are globally accredited to the ISO/IEC 17025:2017 standard. Our services include on-site, ship-in-ship-out, and account-based calibration, as well as customized gage programs and calibration database services. We offer consulting services to help you design a calibration program that meets your specific needs and ensures that your equipment is always in compliance with regulatory requirements. Learn more.
5. Installation Qualification (IQ), Operational Qualification (OQ), and Performance Qualification (PQ)
   Qualification of your instrumentation needs to happen at many stages within the instrument’s life cycle, and the life sciences industry requires qualification at extremely regular intervals. In the highly regulated pharmaceutical industry, any research data errors can lead to disastrous outcomes, which is why IQ/OQ/PQ regulations exist. Whether your instrument was just repaired, transported to a new location, or has an upcoming audit, Full Spectrum Lab Services from CBRE can help with the full spectrum of lab equipment qualification services. Learn more.
6. Supply Chain
   Our global supplier network ensures competitive pricing, resilience, and access to best-in-class resources. Our global scale enables strategic partnerships with industry-leading suppliers, driving innovation and creating value for our clients. We continuously evaluate marketing pricing through competitive sourcing events and benchmarking to deliver cost savings. Learn more.
7. Energy Management & Sustainability
   Energy management represents a major opportunity for life science manufacturers. Our globally consistent programming in decarbonization solutions, renewable energy and electrical vehicle charging stations can help you achieve your ambitious ESG goals. We help enterprises optimize their energy performance through strategic and turnkey solutions to support carbon reduction and net zero commitments to achieve their sustainability goals. Learn more.