WE DESIGN
WHAT HAS TO
WORK

Design a 6 m version of an existing 8 m fiberglass trailer without producing a new expensive body mould or changing the established exterior design. The project also required a new chassis, complete kitchen interior, electrical and water systems, while keeping the finished trailer within a 3600 kg gross weight limit

Design a modular steel enclosure for a package transformer substation with separate 10 kV, transformer and 0.4 kV compartments. The enclosure had to remain sealed while allowing individual sections to be rearranged, extended, transported separately and assembled on site

Create a practical wooden serving board suitable for restaurants, bars, catering, and home use

Design a fully custom 6.5 m premium restroom trailer from scratch based on the client’s references and technical requirements. The trailer had to include separate male and female sections, premium interior finishes and utilities, while keeping the total weight below 3500 kg and maintaining correct structural balance

Design the metal enclosure for a 1600 A main low-voltage distribution board intended for operation in heavy industrial conditions with a high concentration of coal dust

Improve trimming accuracy and loading speed for bent tubes used in mass production of office chairs.

Design a 6 m two-zone commercial trailer with a maximum permitted gross weight of 3200 kg, combining a lightweight but rigid body frame with insulated thermal panels. The project also required the complete interior to be engineered from scratch, including cabinets, worktables, storage units, shelving, electrical systems, and onboard water and drainage

Design a robotic vacuum cleaner prototype within a maximum size of Ø255 × 55 mm. The limited height made it impossible to use a conventional LiDAR module, requiring a different navigation and obstacle-detection solution

Design a tow dolly system for passenger vehicles with a load capacity of 1,400 kg, while allowing the same unit to accommodate vehicles with different track widths

Redesign an existing prototype of a compact telemedicine screening module for industrial production. The enclosure had to accommodate all electronics, provide IP54 protection, forced ventilation and service access, while remaining suitable for installation on turnstiles or a freestanding support at industrial access points

Redesign the original 8 m fiberglass trailer to reduce its total weight from nearly 5000 kg to within the permitted 3600 kg, while preserving the exterior concept and full commercial kitchen functionality. The original frame was also slow to manufacture, requiring about 14 working days due to numerous flat welded parts, extensive positioning, measuring, and dedicated fixtures

Design a jig for cutting an elliptical profile in a 1 mm wall chair armrest tube for production runs exceeding 10,000 parts, without modifying the existing machine and with minimal setup time