The prerequisites for quality are skilled employees and well-structured work processes, ensuring the focus and capacity required to deliver true quality.
The work process follows a project-based structure and is designed to ensure a seamless transition between engineering and manufacturing. It is fully geared toward building heat exchangers that meet all customer requirements and specifications. Through repetition and the application of improvement methods at all levels (PDCA cycle), appropriate measures are taken at critical points, allowing us to leverage our experience to deliver exceptional quality.
Engineers combine technical knowledge with creativity. An interplay between various technical disciplines where even the smallest details must be correct.
Our heat exchangers are applied up to their design limits and under the highest levels of hazard. Therefore, we maintain a robust, further-developed quality assurance system with the highest European certifications in the industry:
ISO 9001: 2015
EN ISO 3834-2 / AD2000-HP0
PED 2014/68/EU mod H/H1
PED 2014/68/EU mod A2
Based on the realization that employees are ‘human capital’ and thus the most important ‘tools’ of our company, the goal is to achieve a safe and healthy working environment.
Through various risk assessments, we at ROBOX are aware of risks and strongly focus on the willingness to minimize them.
With an accepted assurance system as a foundation, we have seen attitudes and behavior evolve into a culture where risk-based thinking is one of the fundamental steps.
With more efficient installations, significant amounts of energy and raw materials are saved. The realization that expertise in heat exchanger design is essential to achieving these more efficient processes and installations is an extra driver for us to focus on innovation.
To meet environmental objectives, there are also many pioneering projects where we add significant value with our innovations. The policy is not only to design the most efficient heat exchangers and realize innovative projects, but also to choose the smallest possible ecological footprint during manufacturing.