We deliver hygienic and reliable surface heating solutions for critical applications in food production, processing, and pharmaceutical environments – where precision, safety, and compliance matter.
Our heating systems are built with cleanable, non-contaminating surfaces suitable for food and pharma environments.
Maintain temperature-sensitive ingredients and active substances within safe and functional limits throughout the process.
Improve flow, reduce blockages, and prevent spoilage with consistent, energy-efficient heating.
In food production and processing, temperature control is essential for maintaining ingredient consistency, avoiding crystallisation, and ensuring smooth dispensing of liquids like chocolate, syrup, oils, fats, or honey. Our container heaters, IBC heaters, and base heaters help keep materials at ideal processing temperatures – whether stored, pumped, or dispensed.
We also develop custom-made heating solutions that match specific container formats, flow setups, or hygiene standards – because we know not every process fits a standard product. Whether it’s for mobile use, limited space, or continuous production, we tailor to your environment.
Pharmaceutical processes demand precision, documentation, and full control over process variables. Our heating systems support stable temperatures for APIs, solvents, buffer solutions, and sensitive formulations – from storage to point-of-use.
Whether you’re operating in cleanrooms, GMP zones, or mobile setups, we deliver heaters that are built to your specifications – in both form and function. From stainless steel-compatible drum heaters to digitally controlled systems with exact tolerances, we’re experts in bespoke solutions that integrate seamlessly into regulated workflows.
We design and manufacture advanced surface heating systems tailored to your process. With decades of experience and in-house engineering, we deliver reliable, safe, and efficient heating solutions – from standard products to fully customised solutions built to your specifications.
