European automation businesses increase US production

Life science manufacturing is entering a new era, driven by rapid advances in robotics, digitalisation, and intelligent automation. What was once dominated by standalone equipment and manual processes is now shifting towards fully integrated, robotics‑enabled, AI‑supported production environments. At the centre of this evolution are systems integrators, the specialists responsible for putting robots onsite, programming them, and ensuring every piece of equipment communicates seamlessly across the manufacturing ecosystem.

As organisations scale automated operations, integrators play a critical role in delivering robust, compliant, and future‑ready solutions. Read on to discover the forces shaping life science automation in 2026.

Robotics integration: From concept to production

Integrators are increasingly being asked to deploy a wide spectrum of robotic systems; from large‑scale production robotics to smaller, precision units designed to perform repetitive, accuracy‑critical tasks. These robots must be programmed, calibrated, validated and integrated into existing systems without disrupting operations.

This requires specialist skillsets in PLC programming, Delta V, machine control, and advanced diagnostics. With more robotics being pushed directly onto the production floor, the demand for engineers capable of handling equipment logic, motion control, and process sequencing continues to grow.

Connecting machinery, data and compliance

Modern life science facilities depend on seamless communication across multiple platforms, including robotics, MES, SCADA and process control systems. Integrators are responsible for orchestrating these layers, programming equipment, linking machinery to supervisory systems, and ensuring the data flow supports GMP and audit readiness.

With the industry still heavily reliant on legacy systems and facing ongoing technical‑debt challenges, integration work has become more complex than ever. Ensuring interoperability, stability and data integrity requires engineering expertise that many organisations now struggle to hire.

Processing life science machinery: precision, safety, and throughput

Manufacturers depend on high‑performance machinery to process materials, manage batch operations, and support the production of therapies, APIs, and sterile products. Integrators must configure equipment to exact process specifications while ensuring alignment with quality, safety, and traceability requirements.

Smaller robots and modular automation solutions are becoming especially popular, enabling companies to optimise processes without overhauling entire production lines.

Cybersecurity and technical debt

As labs, devices, and production systems become hyper‑connected, cybersecurity risks grow. IoT‑enabled equipment increases the attack surface, and technical debt from legacy systems becomes a barrier to secure, modern automation. Modernisation is essential, but costly and complex.

Workforce and skills gaps

The sector is facing acute workforce shortages:

A lack of hybrid talent able to bridge biology, engineering, and machine learning
56% of leaders cite skill gaps as the #1 barrier to effective human–AI collaboration
Leadership shortages in emerging markets for automated, multi‑site operations

These constraints hinder innovation and slow the deployment of advanced automation systems.

The 2026 strategic pivot

Eva Padget, Talos Automation’s specialist life science Recruitment Consultant notes that: “Across the industry, leaders are shifting to building what differentiates, buying what scales, and moving from reactive to predictive control. Automation is no longer about experimentation, it’s about competitive readiness, resilience, and long‑term strategic value.”

Overcoming 2026’s biggest challenges

The industry is in a talent‑constrained environment. With workforce shortages, rising automation complexity, and expanding regulatory pressures, life science organisations need reliable access to the programmers and integration specialists who make modern automation possible.

Did you know?

58% of businesses struggle to hire skilled workers
Workforce demand is set to grow 15% by 2026
A third of professionals are nearing retirement

Get in touch

Talos helps organisations build long‑term workforce capability while providing strategic intelligence, competitor awareness, and trend forecasting to confidently navigate the technical, regulatory, and operational challenges of 2026. We supply the DeltaV engineers, PLC programmers, controls specialists, robotics experts, and commissioning talent that systems integrators depend on to deliver successful automation projects.

To strengthen your automation workforce and overcome industry‑wide talent shortages, get in touch with Talos today.

Automation Integration in Life Sciences: An Evolving Landscape