Excellence in Spray Booth & Paint Finishing Solutions
Welcome to Todd Engineering, where innovation and excellence drive the future of spray booth and paint finishing solutions.
We design and deliver advanced systems tailored to meet the demands of modern industry combining performance, precision, and reliability across every project.
At the forefront of our innovation is the Zeus XR a next-generation automated spray system developed in collaboration with PaintGo.
Engineered to deliver OEM-level paint finish, unmatched consistency, and improved efficiency, Zeus XR brings cutting-edge automation into real-world body repair environments, reducing waste and enhancing productivity.
Our commitment to sustainability is embedded in everything we do. From energy-efficient spray booths to intelligent paint finishing systems, we focus on solutions that not only perform at the highest level but also support environmentally responsible operations.
Discover the difference with Todd Engineering where quality, innovation, and forward-thinking technology are redefining the paint finishing industry.
ADVANCED ROBOTIC AUTOMATION POWERED BY AI
Meet Zeus XR by Todd Engineering setting a new standard in spray technology.
This next-generation automated spray system is engineered to deliver consistent, high-quality finishes with precision and efficiency. Developed in collaboration with PaintGo, it brings OEM-level spray quality into body repair environments, reducing reliance on operator skill while improving repeatability.
Designed to optimise paint usage, minimise rework, and enhance productivity, Zeus XR offers a smarter, more controlled approach to spray finishing setting a new benchmark for modern workshops.
Read more to discover how Zeus XR can transform your operations.
Read more to discover how Zeus XR can transform your operation
ENERGY-EFFICIENT TECHNOLOGY
Todd Engineering has an active research and development programme to ensure that the product range continuously improves. This progressive approach offers significant benefits to the customer, ranging from reductions in energy consumption and running costs to an improved working environment for Bodyshop operatives.
Bodyshop paint finishing services, including dust extraction and compressed air, can account for as much as 90% of the business’ energy usage. However, considering the cost of gas and electricity increasing, bodyshops are looking to be minimising the impact on their profits.
AUTOMOTIVE APPLICATIONS
Todd Engineering Ltd is a leading supplier of a broad range of Bodyshop solutions; the market-leading automotive spray booths are the best selling sector.
Airflow, location, and budget are all primary factors that Todd Engieering considers to offer a wide variety of options designed to improve your paint facility efficiency, throughput, and quality. The Todd Engineering spray booths and equipment help drive the unrivalled performance and productivity of your Bodyshop.
INDUSTRIAL APPLICATIONS
Todd Engineering's Titan spray booth equipment delivers the perfect spraying environment for any industrial application.
We have supplied these to a wide range of clients; we create tailored solutions to meet the customer's specific requirements. The design and layout can be tailored to customer requirements regarding extraction, access doors, plant layout and internal dimensions. The Titan spray booth has been designed to offer customers total flexibility on the choice of layout.
Spray Booth Energy Calculator
Use our energy cost calculator to see what annual savings could be made by adding energy saving features to your spray booth.
| Booth running cost with no energy saving features | £130 |
| Booth running cost with energy saving features | £35 |
| Booth running cost with Zeus technology | £15 |
| Annual saving for booth with energy saving features | £94 |
| Annual saving for booth with Zeus technology | £115 |
| CO2e for Traditional Spray Booth | 71.4 tonnes |
| CO2e for Zeus Spray Booth | 6.0 tonnes |
Energy saving features are standard on new Todd Engineering equipment, they can also be installed into existing spray booths.
Figures shown are based on a typical spray booth with a 25,000m³/hr AHP running 48 weeks per year.