Slagelse Engineering was founded by Casper Berg back in 2018.
The first years, the company dealt exclusively with consultancy work for machine builders and end customers in Denmark.
Since then, the company has developed to have a Engineering department and production facilities locally in Slagelse, from where we carry out all our projects right from the comceptual ideass to the final finished product.
All employees in the company have a tradesman's education, with subsequent education as a typical mechanical engineer or similar.
Our customers can be found in various markets, and these customers all have different needs and requirements.
Our customers en the Biotech industry have a need for development of custom made equipment.
Mainly equipment for handling and ergonomics, because ergonomics is very importain for our customer, to aviod accidents and poor working environment when mentaining their equipment.
Smart solutions for lifting and handling valves and other heavy equipment, is envented by us to improve the employees daily life.
Handling of components or assembly and components for example injection devices, can be done by our machinery.
We have years of experience in developing custom solution for assembly lines, to meet strict requirements from our customer, to secure nu faults occour in the assembly process.
We have experience in developing machinery for assembly of medical devices, both semi-Automatic, and fully-automatic, and with minimal human intervention, to prevent faults.
Machinery for handling, feeding, inspection or assembly of small components is our core business.
When handling small components tolerances and geometries is very important, to avoid defects caused by machine faults. We have experience in handling of components and units down to 0,6mm in diameter and material thickness 0,05mm.
This machinery is very sensitive to variations and requires very precise adjustment an all axess, when the machinery in Run-In and for future calibration.
These adjustments can either be done electronically on the HMI, or manually by using X-Y Stages on the required components.
We have customers in the electronics industry.
Mainly High-End Audio is an important customer for us.
Quality and performance is very important when producing equipment for High-End Audio, Very small components has to be assembled, and we can make the process automated.
The machinery contains feeding systems, to separate the small components before the assembly process start.
After separation, the components is attached to each other, to pressing, soldering, or glueing to secure that they are safely attached and connected correct.
All components can be inspected by vision to reject items that does not meet the requirments – the operator can monitor this on the HMI
Our quality policy is that we will at all times strive to deliver the best quality to our customers, which we ensure via our quality management system
At Slagelse Engineering we work according to our quality management system (QMS) which we have developed to meet our customers' demands for quality and how we ensure that our products are always of the expected quality.
Our Quality Management System is activated on all our projects, right from the initial exercises in terms of concept work, to the final project.
The primary objective for our quality system is to establish a framework that promotes a culture of quality and continuous improvement within our organization.
All our projects are handled with our project model, where we work based on a defined framework that is established from the start of the project.
All stakeholders in projects work according to this framework, which includes everyone from mechanical designers to the Project Manager. At the start of the project, the scope of systematic design reviews (SDR), which are held continuously with the customer, was established.
These reviews are held to ensure that all those interested in the project are constantly informed about the progress of the project, as well as what decisions are made for the design - both from the customer's side, but also from our own.
Finally, the design process ends with a Design Freeze where the design is locked, and we can start sourcing components for the project.
