Robotics & Automation Theatre
The Robotics & Automation Theatre will feature both case-study presentations from exhibitors focussing on the benefits delivered by their products along with seminars from industry thought-leaders and experts on the latest trends and developments in the robotics and automation market.
Accredited for CPD
10:00
10:20
Enhances perception, decision-making, and adaptability
Powers autonomous functions like vision and control
Bridges data-driven learning with real-world actions
10:20
10:40
Core Principles of HMI Development: understand the foundational elements of Human-Machine Interface (HMI) design, including architecture, user requirements, and the role of HMIs in industrial environments.
Challenges in Industrial Environments: explore common obstacles and learn how to address them effectively.
Modern Techniques for Scalable and Intuitive HMIs: discover current best practices and technologies to build HMIs that are functional, easy to use, and future-proof
11:20
11:40
Focuses on communication between people and robots.
Studies usability, safety, and collaboration.
Involves psychology, ergonomics, and AI integration
11:40
12:00
Session details TBC
12:40
13:00
Session details TBC
13:00
13:20
Automate to meet net-zero goals.
Simplify ESG reporting and audits.
Scale sustainability with data-driven automation
13:20
13:40
Leveraging automation to offset rising labour and material costs
Using intelligent process optimisation to maintain profitability
Prioritising scalable automation initiatives that deliver measurable cost savings
13:40
14:00
Uses robotics for picking, packing, and logistics
Reduces errors and speeds up fulfilment
Enhances scalability in supply chain management
14:20
14:40
Work safely alongside human workers
Flexible and easy to program for multiple tasks
Boost productivity without replacing labour entirely
14:40
15:00
Raises fears of job loss from automation
Encourages reskilling and workforce adaptation
Balances efficiency gains with social responsibility
15:00
15:20
Addresses fairness, accountability, and transparency
Focuses on safe design and responsible deployment
Involves regulation, liability, and societal trust
15:20
15:40
Detect and resolve issues before they cause downtime
Ensure continuous, always-on operations with predictive robotics
Case studies on plants moving from scheduled to self-healing robotic systems
15:40
16:00
Strengthen local manufacturing with robotics-driven production
Boost efficiency and agility in reshored operations
How industrial automation is enabling manufacturing to come home despite high labour costs
10:00
10:20
Session details TBC
10:20
10:40
Explores AI integration in national transport
Enhances safety, traffic flow, and logistics
Shapes future mobility strategies
11:00
11:20
Made from eco-friendly, degradable materials
Reduces environmental impact of robotics
Advances sustainable robot design
11:20
11:40
Equipped with AI for adaptive behaviour
Learn and respond to dynamic environments
Applied across multiple industries
12:20
12:40
Virtual models of real-world systems
Enable predictive analytics and simulation
Improve maintenance and efficiency
12:40
13:00
Build robotic systems that scale with demand.
Design layouts for speed and flexibility.
Use data to predict and adapt to surges.
13:00
13:20
Optimises transport routes with automation.
Reduces fuel consumption and CO₂ output.
Supports greener supply chains
13:20
13:40
Focus on eco-conscious industrial automation
Balances productivity with resource efficiency
Encourages sustainable innovation
14:00
14:20
Real-world examples of robotics in practice
Show tangible benefits and efficiency gains
Provide insights for adoption strategies
14:20
14:40
Adapt production quickly to changing consumer demands
Scale operations efficiently with flexible automation solutions
Maintain agility and responsiveness in unpredictable markets
14:40
15:00
Outpace competitors by embracing automation.
Gain efficiency and agility that non-automated firms lack
Secure long-term growth while others fall behind
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