Design Journey: From Concept to Completion

Our in-house mechanical design team began by:

  • Conducting site surveys to assess available floor space, flow constraints, and environmental factors
  • Detailed discussions with the client to understand throughput requirements, target temperatures, and compliance standards

From these insights, we developed an early concept emphasising:

  • Modular configuration for easy scaling
  • Multi-zone cooling to gradually reduce temperature and avoid thermal shock
  • Inline automation to connect with upstream and downstream systems

Detailed Design & 3D Modelling

Using advanced CAD tools, our team created a full-scale digital twin. Key features included:

  • Top-Mounted High-Performance Fans
  • Segmented Cooling Chambers
  • Integrated Conveyor System
  • Hygienic Design Considerations
  • Automated Product Entry & Exit
  • Testing & Validation

Results

Improved Throughput

Increased processing line speed by 25% through continuous inline cooling

Flexible Integration

Successfully connected to the client’s existing conveyor and packaging systems

Hygiene & Maintenance

  • Design minimises bacteria traps
  • Quick disassembly reduces cleaning downtime by 40%

Fully Customisable Design

  • Modular zones enable future expansion
  • Digital twin remains on file for future replication or upgrades

In-House Expertise, Delivered

This entire project was entirely developed by our in-house mechanical design team, ensuring:

  • Fast design iterations with minimal delays
  • Real-time collaboration between design and own fabricators
  • Tailored customisation to match client requirements precisely

Cooling Redefined

By combining cutting-edge design, hygienic engineering, and seamless integration, we delivered a high-capacity cooling tunnel that not only met but exceeded client expectations. Faster throughput, better hygiene, and future-ready scalability, all achieved through our in-house expertise and collaborative approach.