A complete structural and mechanical design package—from material selection to axle specification—engineered for a 9,000+ lb GVWR mobile kitchen.
| Challenge | Our Solution | Result |
| Achieving complex curves affordably | Replaced traditional bent glass with moldable 5-6mm GRP. | Lightweight, weatherproof panels at a fraction of the cost and weight. |
| Ensuring frame strength with precise bends | Specified the SWAG HULK Tubing Roller with a 48″ radius die. | Accurate, repeatable bends in 2″x2″ steel tubing for a rigid frame. |
| Meeting US road safety at 65 MPH | Engineered axle placement and specified Dexter 5.2k lb axles with electric brakes. | A stable, compliant trailer with correct tongue weight and braking for highway speeds. |
| Simplifying assembly with reliable parts | Selected a complete Dexter heavy-duty suspension kit with wet bolts and bronze bushings. | A serviceable, long-life suspension that distributes load evenly across tandem axles. |
A complete machine design, ready for fabrication.
The internal layout was optimized to fit seamlessly in compact clinical spaces while offering respectful, organized storage of pets of all sizes.
01 / Spatial Optimization
Adapted from human morgue designs, the freezer compartments were engineered to hold pets of varying sizes with easy configuration and access.
02 / Multi-Size Adaptability
High-grade stainless steel ensures temperature integrity, hygienic conditions, and long-term durability for medical environments.
03 / Material Integrity
The design emphasizes ease of assembly, minimal parts, and scalable production to meet demand across veterinary institutions.
04 / Production Scalability
The Advanced Grass Hammer Mill design combines efficiency and durability, overcoming challenges in both performance and production
The high-speed rotor and durable hammers ensure precise, tangle-free shredding of fibrous materials, while the adjustable screen system allows for customized particle sizes.
The design is optimized for scalable production, using cost-effective materials like stainless steel for durability and ease of assembly, ensuring high-quality, low-waste manufacturing
Transforming ideas into functional product blueprints.
Choosing optimal materials for durability and efficiency.
Building testable models for function and fit validation.
Assessing practicality, efficiency, and technical reliability.
Refining for scalable, cost-effective mass production.
Polishing the design for manufacturing readiness.
Rigorous testing to ensure reliability and compliance.
Scaled manufacturing and seamless product delivery.
Our Approach to Overcoming Design and Production Obstacles
We encountered several key challenges during the design and production of the Industrial Morgue Freezer for Pets, and overcame them with innovative, scalable, and compassionate engineering solutions.
To maximize storage capacity in limited spaces, we optimized the freezer’s layout, using compact internal configurations and modular sections.
We re-engineered the design to accommodate varying pet sizes, ensuring that the freezer was adjustable and flexible without compromising on functionality.
Selecting high-quality, durable materials was critical to ensure the freezer withstands constant use while maintaining hygiene and temperature control.
We designed the system for easy mass production, focusing on cost-efficiency and quick assembly without sacrificing the freezer’s integrity or features.
