How are modern pharma labs being designed with practicality and connectivity to ensure streamlined processes and happy staff?

How can the introduction of automation in fluid management systems improve biopharma manufacturing?

How are emerging design principles like operational insight, molecular infrastructure and human-centred design reshaping safety, agility and performance across the life sciences landscape?

How is artificial intelligence being utilised in labs to synthesise design and workloads?

How is the industry translating the potential of automated technologies into practical, flexible and scalable workflows that address the real-world challenges of modern laboratories, ensuring that innovation delivers measurable scientific and operational gains?

In an era of cost-conscious innovation, including tighter budgets, talent shortages and escalating regulatory demands, life sciences labs are under pressure to improve performance while managing budgets more wisely. By focusing on equipment utilisation and asset intelligence, labs can reduce downtime, avoid unnecessary purchases, optimise maintenance intervals and scale smarter – all without compromising quality or compliance

As the need for ultra-low temperature sample storage rises, many labs are stuck expanding outdated ‘freezer farms’ to meet demand. High-density automated cold storage offers a smarter, more efficient solution, but reaping the benefits depends on more than the technology itself – it requires thoughtful change management. How can companies approach change management to drive lasting adoption and maximise the value of automation?

IPT talks to David Fuller at Artificial Inc about how automated labs are revolutionising the pharma R&D space by connecting disparate systems, easing the burden of manual tasks on workers, and speeding up time-to-market with tools such as artificial intelligence

IPT talks to Roya Amini-Naieni at Trilobio about robotic automation in pharma research, the different applications of soft-and hardware, and how the field is likely to develop over the next five years

A connected laboratory, where systems and devices communicate seamlessly, is the foundation to unlock AI’s full capabilities

Ensuring a manufacturing environment stays clear of bacteria and fungi is of utmost importance, especially when it comes to pharmaceuticals. How can this highly specialised monitoring be achieved in a fast, cost-effective manner?

With the lab of the future becoming increasingly automated, how will this change workflows and how can the industry prepare for this?