Design & Build for Food Processing Machinery
Engineer Hygiene into Every Machine
Food Processing Machinery must do more than move product, it must protect food safety and deliver consistent quality every time. Design & Build for FPM equips your engineering teams to translate that requirement into hygienic, cleanable equipment for dairy, beverage, bakery, confectionery, meat & poultry, seafood, frozen foods, ready-to-eat meals, sauces, powders, snacks, fruit & vegetable lines and viscous-product systems.
Design & Build for FPM brings together hygiene architecture, process equipment design, CIP/SIP design, thermal systems and product handling, the disciplines that turn a hygiene requirement into equipment your teams can trust. Hygiene architecture sets the physical rules, product-contact zones, surface finishes, weld practices and drainage paths, that keep equipment cleanable and inspectable. Process equipment, thermal systems and CIP/SIP design shape how the machine heats, cools, mixes, cleans and sterilises, while product handling tailors conveyors, feeders and transfer systems to the specific behaviour of your product, whether sticky, fragile, frozen or powdery.
The result: equipment that protects the product, passes audits and stays serviceable across its lifecycle.
Thermal Systems
Design for cleanable and sterilizable equipment.
Thermal Systems Design engineers heating, cooling, freezing, drying and thermal‑process equipment so product quality, shelf life and safety are consistent at production scale. We translate thermal requirements into jacketed vessels, heat exchangers, ovens, tunnels, chillers and thermal skids that balance heat transfer, residence time and temperature uniformity while remaining serviceable and cleanable.
Our designs integrate utility needs (steam, chilled water, refrigeration, thermal oil), sensor placement and insulation strategy, and include validation inputs for thermal performance. The result is predictable thermal behaviour, energy‑aware solutions and defensible acceptance criteria for FAT/SAT and process validation.
What We Deliver
Thermal Process Definition
Specify heating, cooling, freezing, pasteurization, drying, baking and sterilization requirements.
Validation Inputs
Provide documentation for thermal performance acceptance, FAT/SAT and process validation.
Temperature Zoning
Plan temperature zones, residence time and product-flow coordination for uniform results.
Utility Integration
Define steam, hot/chilled water, glycol, refrigeration, electric heating and exhaust interfaces.
Sensor Placement
Locate sensors for temperature, pressure, flow, humidity, level and energy monitoring.
Insulation & Expansion
Address insulation, condensation, thermal expansion and operator safety needs.
Equipment Design
Design jacketed vessels, heat exchangers, ovens, tunnels, chillers and thermal skids.
Where we Deploy
Dairy Pasteurization | Beverage Thermal Treatment | Bakery Ovens | Confectionery Tempering | Frozen Food Tunnels | Meat Chilling | Ready-Meal Heating/ Cooling | Sauces and Soups